integration

N A V A T E L H O T E

L

G RO UP F 6 : S O P HI A A NT HO NI , X I O NG F E I C H E N , A RT I T M A R K S H O M , M A U R E E N P I E R S , R E Z A R E Z A I E

OSTEND BEACH

SLOTERD IJK

T HI S P RO J E CT I S L O CAT E D AT T H E S E A S I DE . O RI E NTAT I O N O F T HE B UI L DI NG I S B A S E D O N T HE S UN L I G H T FA L L I NG I N RO O MS I N WI NT E R. T H E S K I N O F T HE FA CA DE G I V E S T H E B UI L DI NG A FA CE A S WE L L A S P RO T E CT I NG T HE RO O MS F RO M T H E S UMME R HE AT T HRO UG H A L UMI N U M PA NE L S .

T HE FA CA DE A L S O P L AY S A RO L E I N T HE DRA I NA G E O F RA I NWAT E R. T HE RO O F S A RE CO V E RE D I N V E G E TAT I O N. E A RT H E X CAVAT E D F O R T HE B A S E ME NT I S P L A CE D I N T HE S URRO UNDI NG T E RRA I N.

DO

E KT

R

ED

U

D AR

M

E OR

AU

A XL

AN

50m

3500

+24.50 Rooftop

4000

+20.50 5th Floor

4000

+16.50 4th Floor

4000

24000

+12.50 3rd Floor

4000

+8.50 2nd Floor

500

4000

+4.50 1st Floor

+0.50 0 Floor +0.00

4050

5000

8000

8000

8000

8000

3600

37000

0

1

3

2

4

5

ELEVATION SCALE

NAVATEL

5-Storey Hotel DATE :

2020.01.26

F06 GROUP MEMBERS : ANTHONI Sophia CHEN Xiongfei MARKSHOM Ar-tit

PIERS Maureen REZAIE Reza

1 1 : 200

A2-01

3500

+24.50 Rooftop

4000

+20.50 5th Floor

4000

+16.50 4th Floor

4000

24000

+12.50 3rd Floor

4000

+8.50 2nd Floor

500

4000

+4.50 1st Floor

+0.50 0 Floor +0.00

6000

4000

6000

16000

D

C

B

A

ELEVATION SCALE

NAVATEL

5-Storey Hotel DATE :

2020.01.26

F06 GROUP MEMBERS : ANTHONI Sophia CHEN Xiongfei MARKSHOM Ar-tit

PIERS Maureen REZAIE Reza

2 1 : 200

A2-02

3500

+24.50 Rooftop

4000

+20.50 5th Floor

4000

+16.50 4th Floor

4000

24000

+12.50 3rd Floor

4000

+8.50 2nd Floor

500

4000

+4.50 1st Floor

+0.50 0 Floor +0.00

8000

8000

8000

8000

5000

4050

37000

5

3

4

2

1

0

ELEVATION SCALE

NAVATEL

5-Storey Hotel DATE :

2020.01.26

F06 GROUP MEMBERS : ANTHONI Sophia CHEN Xiongfei MARKSHOM Ar-tit

PIERS Maureen REZAIE Reza

3 1 : 200

A2-03

3500

+24.50 Rooftop

4000

+20.50 5th Floor

4000

+16.50 4th Floor

4000

24000

+12.50 3rd Floor

4000

+8.50 2nd Floor

500

4000

+4.50 1st Floor

+0.50 0 Floor +0.00

6000

4000

6000

16000

A

B

C

D

ELEVATION SCALE

NAVATEL

5-Storey Hotel DATE :

2020.01.26

F06 GROUP MEMBERS : ANTHONI Sophia CHEN Xiongfei MARKSHOM Ar-tit

PIERS Maureen REZAIE Reza

4 1 : 200

A2-04

0

1

2

3

4

5 6

7

60000 8517

37000 8000

8000

8000

8000

960

3900

5873

3750

4000

4550

7503

2944

5000

4710

1150

6000

6000

A

LAUNDRY FL -3.40 CH 2.80

F2 C2

LIFT HALL FL -3.40 CH 2.80

4000 FL -3.40 CH 3.30

34500

TECHNICAL ROOM

34500

26100

4000

1

A3-01

B

F2 C3

F2 C2 Ventilation machine

5500

Ventilation machine

6000

1080x2240x4880 (Residential)

2500

Ventilation machine

6000

1080x2240x4880 (Pool)

11550

C

6000

760x1360x4160 (Parking)

Ventilation machine

D

PARKING & CARWAY FL -3.50 CH 3.30

10997

F0 C1

4000

1080x1600x4280 (Restaurant)

46760

5873

5456

7367

60000 2

A3-02

CEILING MATERIALS

WALL MATERIALS

F1

Granite stone floor tile

F6

Floor tile

C1

Open / No Ceiling

W1

Concrete Block 100 mm.

F2

Pavement floor tile

F7

Floor tile for pool deck

C2

Gypsum board with acoustic insulation

W2

Wall Brick

F3

Floor carpet tile

F8

Wooden floor ( 2" x 6" )

C3

Gypsum board ( Water proof )

W3

Gypsum board ( Water proof )

F4

Polished cement floor

F9

Roof waterproof system floor

F5

Toilet floor tile

C4

Gypsum board ( Water proof ) with acoustic and thermal insulations

W4

Gypsum board ( Water proof ) with acoustic and thermal insulations

NAVATEL

40 mm.

4

5-Storey Hotel DATE :

2020.01.26

F06 GROUP MEMBERS : ANTHONI Sophia CHEN Xiongfei MARKSHOM Ar-tit

3 1

2

N

FLOOR MATERIALS

FLOOR PLAN SCALE

PIERS Maureen REZAIE Reza

-1 1 : 200

A1-01

0

1

2

3

4

5 6

7

60000 8517

11000

37000 5000

8000

4710

8000

8000

8000

960

3900

5873

3750

WC

FL +0.50 CH +2.50

LINEN

F5 C2

FL +0.50 CH +2.50

STAIR 1 F3 C2

FL +0.50 CH +2.50

F6 C2

GARDEN

7503

HANDICAP WC

TRANSFORMER

1753

F5 C2

4000

FL +0.50 CH +2.50

1.55

1.50

A

+0.45

FL +0.50 CH +2.80

F4 C2

FL +0.50 CH +2.80

F4 C2

FL +0.50 CH +2.80

F4 C2

FL +0.50 CH +2.80

F4 C2

6000

F1

2300

1

FL +0.45 CH +3.30

F8 C1

FL +0.50 CH +7.20

RECEPTION

F3 C2

FL +0.50 CH +2.80

F3 C2

STORAGE

B

1450

Public Road Width 11.00 m.

A3-01

LOBBY

F3 C2

34500

TERRACE

LIFT HALL FL +0.50 CH +2.80

4000

+0.10

1600

3.60

HANDICAP ROOM HANDICAP ROOM HANDICAP ROOM HANDICAP ROOM

WALKING PATH F1 -

C

6000

+0.35 +0.25

FL +0.00 -

+0.45 +0.35

46

92

+0.25

PAVEMENT

D

F1 -

2000 PARKING & CARWAY FL +0.00 -

3100

8000

4442

3100

F0 -

10997

FL +0.10 -

60000 2

A3-02

CEILING MATERIALS

WALL MATERIALS

F1

Granite stone floor tile

F6

Floor tile

C1

Open / No Ceiling

W1

Concrete Block 100 mm.

F2

Pavement floor tile

F7

Floor tile for pool deck

C2

Gypsum board with acoustic insulation

W2

Wall Brick

F3

Floor carpet tile

F8

Wooden floor ( 2" x 6" )

C3

Gypsum board ( Water proof )

W3

Gypsum board ( Water proof )

F4

Polished cement floor

F9

Roof waterproof system floor

F5

Toilet floor tile

C4

Gypsum board ( Water proof ) with acoustic and thermal insulations

W4

Gypsum board ( Water proof ) with acoustic and thermal insulations

NAVATEL

40 mm.

4

5-Storey Hotel DATE :

2020.01.26

F06 GROUP MEMBERS : ANTHONI Sophia CHEN Xiongfei MARKSHOM Ar-tit

3 1

2

N

FLOOR MATERIALS

FLOOR PLAN SCALE

PIERS Maureen REZAIE Reza

0 1 : 200

A1-02

0

1

2

3

4

5 6

7

60000 8517

37000 5000

8000

4710

8000

8000

8000

960

3900

5873

3750

STAIR 1 FL +4.50 CH 2.50

F4 C2

F3 C2

1500

2000

7503

LINEN FL +4.50 CH 2.50

STANDARD F4 C2

FL +4.50 CH +2.70

A

LAUNDRY SHOOTING

STANDARD FL +4.50 CH +2.70

F4 C2

F4 C2

STANDARD FL +4.50 CH +2.70

F4 C2

STANDARD FL +4.50 CH +2.70

F4 C2

STANDARD FL +4.50 CH +2.70

F4 C2

5500

6000

FL +4.50 CH +2.70

STANDARD

4000

F3 C2

34500

19000

B

34500

FL +4.50 CH 2.50

F3 C2

3600

CORRIDOR

4000

1

A3-01

FL +4.50 CH 2.50

OPEN SPACE

2600

STAIR 2

5400

FL +4.50 CH +2.70

F4 C2

STANDARD FL +4.50 CH +2.70

F4 C2

STANDARD FL +4.50 CH +2.70

AIRDUCT SHAFT

F4 C2

STANDARD FL +4.50 CH +2.70

F4 C2

STANDARD FL +4.50 CH +2.70

F4 C2

STANDARD FL +4.50 CH +2.70

F4 C2

F3 C1

STANDARD FL +4.50 CH +2.70

C

6000

STANDARD

STORAGE

FL +4.50 CH -

F4 C2

D

32400

10997

6800

2

A3-02

4

NAVATEL

5-Storey Hotel DATE :

2020.01.26

F06 GROUP MEMBERS : ANTHONI Sophia CHEN Xiongfei MARKSHOM Ar-tit

3 1

2

N

13600

Self-Closing

FLOOR PLAN SCALE

PIERS Maureen REZAIE Reza

1 1 : 200

A1-03

0

1

2

3

4

5 6

7

60000 8517

37000 5000

8000

4710

8000

8000

8000

960

3900

5873

3750

STAIR 1 FL +8.50 CH 2.50

F4 C2

STANDARD F4 C2

F3 C2

STANDARD FL +8.50 CH +2.70

A

LAUNDRY SHOOTING

STANDARD FL +8.50 CH +2.70

F4 C2

F4 C2

STANDARD FL +8.50 CH +2.70

F4 C2

STANDARD FL +8.50 CH +2.70

F4 C2

STANDARD FL +8.50 CH +2.70

F4 C2

6000

FL +8.50 CH +2.70

7503

LINEN FL +8.50 CH 2.50

Self-Closing

12100

FL +8.50 CH 2.50

CORRIDOR FL +8.50 CH 2.50

F3 C2

34500

F9 -

34500

3600

ROOFTOP FL +8.50 -

B 4000

1

A3-01

F3 C2

STAIR 2

6100

FL +8.50 CH +2.70

F4 C2

STANDARD FL +8.50 CH +2.70

F4 C2

STANDARD FL +8.50 CH +2.70

AIRDUCT SHAFT

F4 C2

STANDARD FL +8.50 CH +2.70

F4 C2

STANDARD FL +8.50 CH +2.70

F4 C2

STANDARD FL +8.50 CH +2.70

F4 C2

F3 C1

6000

STANDARD

STORAGE

FL +8.50 CH -

STANDARD FL +8.50 CH +2.70

C

F4 C2

2000

D

33200 10997

4150

2

A3-02

NAVATEL

5-Storey Hotel DATE :

2020.01.26

F06 GROUP MEMBERS : ANTHONI Sophia CHEN Xiongfei MARKSHOM Ar-tit

3 1

2

N

4

FLOOR PLAN SCALE

PIERS Maureen REZAIE Reza

2 1 : 200

A1-04

0

1

2

3

4

5 6

7

60000 8517

37000 5000

8000

4710

8000

8000

8000

960

3900

5873

3750

STAIR 1 FL +12.50 CH 2.50

F4 C2

7503

LINEN FL +12.50 CH 2.50

1000

F3 C2

A

LAUNDRY SHOOTING

STANDARD

POOL DECK

F4 C2

STANDARD FL +12.50 CH +2.70

F4 C2

STANDARD FL +12.50 CH +2.70

F4 C2

STANDARD FL +12.50 CH +2.70

F4 C2

F7 C4

6000

FL +13.80 CH 5.60

FL +12.50 CH +2.70

Self-Closing

FL +12.50 CH 2.50

F5 C4

CORRIDOR FL +12.50 CH 2.50

4000

FL +12.60 -

3600

F3 C2

34500

52.80 m³ STAIR 2

SURGE TANK 5.3 m³

AIRDUCT SHAFT

STANDARD FL +12.50 CH +2.70

F4 C2

STANDARD FL +12.50 CH +2.70

F4 C2

STANDARD FL +12.50 CH +2.70

F4 C2

F3 C1

STANDARD FL +12.50 CH +2.70

C

6000

FL +12.50 CH -

STORAGE

F4 C2

D 2000 33200 10997

20000 34500

SWIMMING POOL

B

2

A3-02

4

NAVATEL

5-Storey Hotel DATE :

2020.01.26

F06 GROUP MEMBERS : ANTHONI Sophia CHEN Xiongfei MARKSHOM Ar-tit

3 1

2

N

1

A3-01

F3 C2

FLOOR PLAN SCALE

PIERS Maureen REZAIE Reza

3 1 : 200

A1-05

0

1

2

3

4

5 6

7

60000 8517

37000 5000

8000

4710

8000

8000

8000

960

3900

5873

3750

STAIR 1 FL +16.50 CH +2.50

F4 C2

7503

LINEN FL +16.50 CH +2.50

F3 C2

A

LAUNDRY SHOOTING

SUITE F4 C2

FL +16.50 CH +2.70

F4 C2

6000

SUITE FL +16.50 CH +2.70

Self-Closing

FL +16.50 CH +2.50

4000

CORRIDOR F3 C2

34500

FL +16.50 CH +2.50

34500

3600

20000

OPEN SPACE

B

STAIR 2

F4 C2

SUITE AIRDUCT SHAFT

FL +16.50 CH +2.70

F3 C1

SUITE F4 C2

FL +16.50 CH +2.70

C

6000

STANDARD FL +16.50 CH +2.70

STORAGE

FL +16.50 CH -

F4 C2

2000

D

10997

33200

2

A3-02

4

NAVATEL

5-Storey Hotel DATE :

2020.01.26

F06 GROUP MEMBERS : ANTHONI Sophia CHEN Xiongfei MARKSHOM Ar-tit

3 1

2

N

1

A3-01

F3 C2

FLOOR PLAN SCALE

PIERS Maureen REZAIE Reza

4 1 : 200

A1-06

0

1

2

3

4

5 6

7

60000 8517

37000 5000

8000

4710

8000

8000

8000

960

3900

5873

3750

STAIR 1 FL +20.50 CH +2.50

F4 C2

7503

LINEN FL +20.50 CH +2.50

F3 C2

6000

A

DINNING ROOM

Self-Closing

FL +20.50 CH 2.80

CORRIDOR F3 C2

34500

FL +20.50 CH 2.80

34500

F9 -

B 4000

3600

20000

ROOFTOP FL +20.50 -

F3 C2

STAIR 2 FL +20.50 CH -

C

6000

F3 C1

1600

AIRDUCT SHAFT

F6 C2

4625

KITCHEN FL +20.50 CH 2.50

2000

D

10997

33200

2

A3-02

4

NAVATEL

5-Storey Hotel DATE :

2020.01.26

F06 GROUP MEMBERS : ANTHONI Sophia CHEN Xiongfei MARKSHOM Ar-tit

3 1

2

N

1

A3-01

FL +20.50 CH 3.10

F3 C2

FLOOR PLAN SCALE

PIERS Maureen REZAIE Reza

5 1 : 200

A1-07

0

1

2

3

4

5 6

7

60000 8517

37000 8000

8000

8000

8000

960

3900

5873

3750

7503

5000

4710

6000

A

20000

ROOFTOP

34500

F9 -

C

6000

34500

FL +24.50 -

D

10997

25350

2

A3-02

4

NAVATEL

5-Storey Hotel DATE :

2020.01.26

F06 GROUP MEMBERS : ANTHONI Sophia CHEN Xiongfei MARKSHOM Ar-tit

3 1

2

N

1

A3-01

4000

B

ROOFTOP SCALE

PIERS Maureen REZAIE Reza

PLAN 1 : 200

A1-08

3500

+24.00 Rooftop

9

SEE DETAIL 9

8

SEE DETAIL 8

A4-09

A4-08

CORRIDOR

Self-closing

FL +20.50 CH +2.80

+20.50 5th Floor 7

4000

A4-07

FL +16.50 CH +2.50

SEE DETAIL 6

4000

F5 C4

CORRIDOR

Self-closing

A4-05

SEE DETAIL 5

FL +12.50 CH +2.50

F3 C2

2400

4000

1500

24000

+12.50 3rd Floor

F3 C2

POOL DECK FL +13.80 CH +5.60

5

F3 C2

CORRIDOR

Self-closing

6

FL +20.50 CH +2.70

SEE DETAIL 7

+16.50 4th Floor A4-06

DINNING ROOM

F3 C2

CORRIDOR

Self-closing

FL +8.50 CH +2.50

+8.50 2nd Floor 3

4000

A4-03

CORRIDOR FL +4.50 CH +2.50

2

SEE DETAIL 2

1

SEE DETAIL 1

A4-01

LOBBY

F8 C1

FL +0.50 CH +7.20

FL +0.50 CH +2.80

F3 C2

PARKING & CARWAY FL -3.50 CH 3.70

- 3.50 Basement

4050

F3 C2

CORRIDOR

Self-closing

F3 C2

3740

+0.50 0 Floor +0.00

TERRACE FL +0.45 CH +3.30

3500

500

4000

A4-02

4

A4-04

SEE DETAIL 3 Self-closing

+4.50 1st Floor

SEE DETAIL 4

F3 C2

5000

F0 C1

8000

8000

8000

8000

3600

3600

4283

37000

0

1

2

3

4

5

SECTION SCALE

NAVATEL

5-Storey Hotel DATE :

2020.01.26

F06 GROUP MEMBERS : ANTHONI Sophia CHEN Xiongfei MARKSHOM Ar-tit

PIERS Maureen REZAIE Reza

A 1 : 200

A3-01

3500

+24.50 Rooftop

CORRIDOR FL +20.50 CH +2.80

+20.50 5th Floor

4000

10

A4-10

SEE DETAIL 10

CORRIDOR FL +16.50 CH +2.50

+12.50 3rd Floor

FL +12.50 CH +2.50

+8.50 2nd Floor

FL +8.50 CH +2.50

+4.50 1st Floor

FL +4.50 CH +2.50

4000

+16.50 4th Floor

F3 C2

4000

CORRIDOR F3 C2

4000

CORRIDOR F3 C2

1800 PARKING & CARWAY

+0.50 0 Floor +0.00

FL +0.00 -

3500

500

F3 C2

CORRIDOR

4000

24000

F3 C2

F0 -

CARWAY FL -3.50 CH 3.30

- 3.50 Basement

5447

F0 C1

5550

6000

4000

6000

4550

2953

34500

D

C

B

A

SECTION SCALE

NAVATEL

5-Storey Hotel DATE :

2020.01.26

F06 GROUP MEMBERS : ANTHONI Sophia CHEN Xiongfei MARKSHOM Ar-tit

PIERS Maureen REZAIE Reza

B 1 : 200

A3-02

1

2

STRUCTURAL M AIN ST R U C T U R E, M AT ER IALS

1

1

2

2 The structure is made up of concrete beams and columns, with the exception of the steel structure supporting the swimming pool.

Initially, it was decided to use hollow core floor panels placed in the shortest possible distances (6m and 4m) to keep the height of floors small. However, opting for a single length that can be applied througout the building, the span of 8m was chosen to bear the floors (which will cut costs and increase practicality of assembly on site).

Precast concrete floors are used for the balcony in order to create a thermal break while still minimising the height of the floor.

All loads are taken into consideration and correspond with standard sizes of manufacturers.

Columns rest on the foundation on the basement level and have a fixed-moment construction.

NAVATEL

5-Storey Hotel DATE : 2019.01.26

F06 GROUP MEMBERS : ANTHONI Sophia CHEN Xiongfei MARKSHOM Ar-tit

PIERS Maureen REZAIE Reza

1

1

2

2

HOLLOW CORE SLAB

PRECAST CONCRETE FLOOR

NAVATEL

The structure is made up of concrete beams and columns, with the exception of the steel structure supporting the swimming pool.

Initially, it was decided to use hollow core floor panels placed in the TERCA WASSERTISCH shortest possible distances (6m and 4m) to keep the height of floors QUARTZ GRAYfor(+-510x100x40) small.

However, opting a single length that can be applied througout the building, the span of 8m was chosen to bear the floors (which will cut costs and increase practicality of assembly on site).

Precast concrete floors are used for the balcony in order to create a thermal break while still minimising the height of the floor.

All loads are taken into consideration and correspond with standard sizes of manufacturers.

Columns rest on the foundation on the basement level and have a fixed-moment construction.

5-Storey Hotel DATE : 2019.01.26

F06 GROUP MEMBERS : ANTHONI Sophia CHEN Xiongfei MARKSHOM Ar-tit

PIERS Maureen REZAIE Reza

45469 5000

8000

8000

8000

8000

960

3750

3750

19601

4000

CONCRETE BEAM 4mx0.3x0.1

6000

CONCRETE BEAM 6mx0.4x0.1

LOAD BEARING WALL .20m

CONCRETE BEAM 6mx0.4x0.1

CONCRETE BEAM 4mx0.3x0.1

6000

HOLLOW CORE SLAB AL260 0.26mx8x1.2

IPE450

HOLLOW CORE SLAB AL260 0.26mx6x1.2

CONCRETE BEAM 6mx0.4x0.1

IPE450

CONCRETE CORE

3601

CONCRETE COLUMNS 0.40 x 0.40

CONCRETE RETAINING WALL 450 mm.

LEGEND: STEEL BEAM CONCRETE BEAM LOAD BEARING CONCRETE WALL CONCRETE COLUMN

STRUCTURAL PLAN BASEMENT

STEEL COLUMN

NAVATEL

5-Storey Hotel DATE :

2020.01.26

F06 GROUP MEMBERS : ANTHONI Sophia CHEN Xiongfei MARKSHOM Ar-tit

PIERS Maureen REZAIE Reza

ST-01

41710 5000

8000

8000

8000

8000

960

3750

HOLLOW CORE SLAB AL260 0.26mx8x1.2

4000

16000

CONCRETE BEAM 4mx0.3x0.2 CONCRETE BEAM 6mx0.4x0.2

6000

CONCRETE BEAM 4mx0.3x0.2 CONCRETE BEAM 6mx0.4x0.2

LOAD BEARING WALL .20m

CONCRETE BEAM 4mx0.3x0.2 CONCRETE BEAM 6mx0.4x0.2

IPE450

IPE450

HOLLOW CORE SLAB AL260 0.26mx8x1.2

6000

CONCRETE BEAM 6mx0.4x0.2

IPE450

CONCRETE CORE

CONCRETE COLUMNS 0.40 x 0.40

LEGEND: STEEL BEAM CONCRETE BEAM LOAD BEARING CONCRETE WALL CONCRETE COLUMN

STRUCTURAL PLAN GROUNDFLOOR

STEEL COLUMN

NAVATEL

5-Storey Hotel DATE :

2020.01.26

F06 GROUP MEMBERS : ANTHONI Sophia CHEN Xiongfei MARKSHOM Ar-tit

PIERS Maureen REZAIE Reza

ST-02

36710 8000

8000

8000

8000

960

3750

CONCRETE BEAM 6mx0.4x0.2

LOAD BEARING WALL .20m

CONCRETE BEAM 6mx0.4x0.2

6000 4000

16000

6000

CONCRETE BEAM 6mx0.4x0.2 CONCRETE BEAM 4mx0.3x0.2

HOLLOW CORE SLAB AL260 0.26mx8x1.2

CONCRETE BEAM 4mx0.3x0.2

CONCRETE BEAM 6mx0.4x0.2

CONCRETE CORE

CONCRETE COLUMNS 0.40 x 0.40

LEGEND: STEEL BEAM CONCRETE BEAM LOAD BEARING CONCRETE WALL CONCRETE COLUMN

STRUCTURAL PLAN +1

STEEL COLUMN

NAVATEL

5-Storey Hotel DATE :

2020.01.26

F06 GROUP MEMBERS : ANTHONI Sophia CHEN Xiongfei MARKSHOM Ar-tit

PIERS Maureen REZAIE Reza

ST-03

36710 8000

8000

8000

8000

960

3750

4000 6000

16000

CONCRETE BEAM 4mx0.3x0.2 CONCRETE BEAM 6mx0.4x0.2

CONCRETE BEAM 4mx0.3x0.1 LOAD BEARING WALL .20m

IPE400

HOLLOW CORE SLAB AL260 0.26mx8x1.2

IPE400

HEB400

6000

CONCRETE BEAM 6mx0.4x0.2

CONCRETE CORE

CONCRETE COLUMNS 0.40 x 0.40

LEGEND: STEEL BEAM CONCRETE BEAM LOAD BEARING CONCRETE WALL CONCRETE COLUMN

STRUCTURAL PLAN +2

STEEL COLUMN

NAVATEL

5-Storey Hotel DATE :

2020.01.26

F06 GROUP MEMBERS : ANTHONI Sophia CHEN Xiongfei MARKSHOM Ar-tit

PIERS Maureen REZAIE Reza

ST-04

36710 8000

8000

8000

8000

960

3750

4000

16000

6000

CONCRETE BEAM 4mx0.3x0.2 CONCRETE BEAM 6mx0.4x0.2

6000

CONCRETE BEAM 6mx0.4x0.2

CONCRETE BEAM 4mx0.3x0.2

HOLLOW CORE SLAB AL260 0.26mx8x1.2

CONCRETE BEAM 6mx0.4x0.2

CONCRETE BEAM 6mx0.4x0.2

CONCRETE CORE

CONCRETE COLUMNS 0.40 x 0.40

LEGEND: STEEL BEAM CONCRETE BEAM LOAD BEARING CONCRETE WALL CONCRETE COLUMN

STRUCTURAL PLAN +3

STEEL COLUMN

NAVATEL

5-Storey Hotel DATE :

2020.01.26

F06 GROUP MEMBERS : ANTHONI Sophia CHEN Xiongfei MARKSHOM Ar-tit

PIERS Maureen REZAIE Reza

ST-05

36710 8000

8000

8000

8000

960

3750

6000 4000

16000

6000

CONCRETE BEAM 4mx0.3x0.2 CONCRETE BEAM 6mx0.4x0.2

HOLLOW CORE SLAB AL260 0.26mx8x1.2

CONCRETE BEAM 6mx0.4x0.2

CONCRETE BEAM 4mx0.3x0.2

CONCRETE BEAM 6mx0.4x0.2

CONCRETE CORE

CONCRETE COLUMNS 0.40 x 0.40

LEGEND: STEEL BEAM CONCRETE BEAM LOAD BEARING CONCRETE WALL CONCRETE COLUMN

STRUCTURAL PLAN +4

STEEL COLUMN

NAVATEL

5-Storey Hotel DATE :

2020.01.26

F06 GROUP MEMBERS : ANTHONI Sophia CHEN Xiongfei MARKSHOM Ar-tit

PIERS Maureen REZAIE Reza

ST-06

36710 8000

8000

8000

8000

960

3750

6000 4000 6000

16000

CONCRETE BEAM 4mx0.3x0.2 CONCRETE BEAM 6mx0.4x0.2

HOLLOW CORE SLAB AL260 0.26mx8x1.2

CONCRETE BEAM 6mx0.4x0.2

CONCRETE BEAM 4mx0.3x0.2

CONCRETE BEAM 6mx0.4x0.2

CONCRETE CORE

CONCRETE COLUMNS 0.40 x 0.40

LEGEND: STEEL BEAM CONCRETE BEAM LOAD BEARING CONCRETE WALL CONCRETE COLUMN

STRUCTURAL PLAN +5

STEEL COLUMN

NAVATEL

5-Storey Hotel DATE :

2020.01.26

F06 GROUP MEMBERS : ANTHONI Sophia CHEN Xiongfei MARKSHOM Ar-tit

PIERS Maureen REZAIE Reza

ST-07

32000 8000

8000

8000

8000

6000 4000 6000

16000

CONCRETE BEAM 4mx0.2x0.2 CONCRETE BEAM 6mx0.3x0.2

HOLLOW CORE SLAB TL200 0.2mx8x0.12

CONCRETE BEAM 6mx0.3x0.2

CONCRETE BEAM 4mx0.2x0.2

CONCRETE BEAM 6mx0.3x0.2

CONCRETE CORE

CONCRETE COLUMNS 0.15 x 0.20

LEGEND: STEEL BEAM CONCRETE BEAM LOAD BEARING CONCRETE WALL CONCRETE COLUMN

STRUCTURAL PLAN ROOF

STEEL COLUMN

NAVATEL

5-Storey Hotel DATE :

2020.01.26

F06 GROUP MEMBERS : ANTHONI Sophia CHEN Xiongfei MARKSHOM Ar-tit

PIERS Maureen REZAIE Reza

ST-08

FIRE ESCAPE 6000

4000

6000

16000

D

C

B

A

FIRE SAFETY C OM PART M EN T S, EVAC U AT ION , M AT ER IAL S

+25.00 LIMITED HEIGHT

24000

4000

4000

3500

+24.50 Rooftop

4000

1.65 m.

4.00 WIDE

1800

+0.00

3500

500

4000

4000

6.00 WIDE

- 3.50 Basement

10900

5550

6000

4000

6000

4550

2953

39953

D

C

B

A

SECTION for Fire Safety SCALE

NAVATEL

5-Storey Hotel DATE :

2020.01.26

F06 GROUP MEMBERS : ANTHONI Sophia CHEN Xiongfei MARKSHOM Ar-tit

PIERS Maureen REZAIE Reza

1 : 200

0

1

2

3

4

5 6

7

60000 8517

37000 8000

4710

8000

8000

8000

960

3900

5873

3750

7503

5000

6000

A

SM OKE EXT R AC T ION D OM E 4000

20000

ROOFTOP

34500

F9 -

C

6000

34500

FL +24.50 -

D

10997

25350

2

A3-02

4

NAVATEL

5-Storey Hotel DATE :

2020.01.26

F06 GROUP MEMBERS : ANTHONI Sophia CHEN Xiongfei MARKSHOM Ar-tit

3 1

2

N

1

A3-01

B

ROOFTOP

SCALE

PIERS Maureen REZAIE Reza

PLAN 1 : 200

A1-08

TECHNICAL

VEN T ILAT ION , H EAT IN G, PLU M BIN G, ELEC TR I C I TY

Installation concept

Technical room The technical room is located on the ground floor to facilitate accessibility to this room.

Gas counter, boiler, heating pump, buffer tanks, ventilation machines, electricity and water supply are located in this technical room.

To limit noise pollution, this room is walled with 20 cm of concrete blocks and 5 cm of mineral wool.

Shaft The Navatel hotel is equipped with an air shaft that ensures the distribution of the airducts in the rooms. This system limits the size of the ducts to maximize the height of the rooms.

In addition to this shaft, there is also a pipe- and cable shaft for every 2 rooms. this shaft makes the work and distribution of the technical installations much easier and more efficient. both the supply and discharge take place via this shaft.

Ventilation system The building has ventilation system D (mechanical put in and mechanical put out) to heat and /or cool the air in different areas. There are 3 heat wheels machines for residential, restaurant and pool with an efficiency of 85% to save as much energy as possible. The parking has a separate ventilation system, Jet fan ventilation, this technology is based on the longitudinal ventilation systems used in tunnels and parking’s, which create a flow of air at sufficient speed to sweep the area to be ventilated. Fans at air entry and exit points create the induction phenomenon, extracting the air and smoke from the area.

NAVATEL

5-Storey Hotel DATE : 2019.01.26

F06 GROUP MEMBERS : ANTHONI Sophia CHEN Xiongfei MARKSHOM Ar-tit

PIERS Maureen REZAIE Reza

0

1

2

3

4

5 6

7

60000 8517

37000 8000

8000

8000

8000

960

3900

5873

3750

4000

4550

7503

2944

5000

4710

1150

6000

6000

A

LAUNDRY

FL -3.40 CH 2.80

F2 C2

LIFT HALL

FL -3.40 CH 2.80

4000 FL -3.40 CH 3.30

34500

TECHNICAL ROOM

34500

26100

4000

1

A3-01

B

F2 C3

F2 C2

Ventilation machine

5500

Ventilation machine

6000

1080x2240x4880 (Residential)

2500

Ventilation machine

6000

1080x2240x4880 (Pool)

Ventilation machine

11550

C

6000

760x1360x4160 (Parking)

D

PARKING & CARWAY FL -3.50 CH 3.30

10997

F0 C1

4000

1080x1600x4280 (Restaurant)

46760

5873

5456

7367

60000 2

A3-02

CEILING MATERIALS

F1

Granite stone floor tile

F6

F2

Pavement floor tile

F3

Floor carpet tile

F4

Polished cement floor

F5

Toilet floor tile

WALL MATERIALS

Floor tile

C1

Open / No Ceiling

W1

Concrete Block 100 mm.

F7

Floor tile for pool deck

C2

Gypsum board with acoustic insulation

W2

Wall Brick

F8

Wooden floor ( 2" x 6" )

C3

Gypsum board ( Water proof )

W3

Gypsum board ( Water proof )

F9

Roof waterproof system floor

C4

Gypsum board ( Water proof ) with acoustic and thermal insulations

W4

Gypsum board ( Water proof ) with acoustic and thermal insulations

NAVATEL

40 mm.

4

5-Storey Hotel DATE :

2020.01.26

F06 GROUP MEMBERS : ANTHONI Sophia CHEN Xiongfei MARKSHOM Ar-tit

3 1

2

N

FLOOR MATERIALS

FLOOR PLAN

SCALE

PIERS Maureen REZAIE Reza

-1

1 : 200

A1-01

0

1

2

3

4

5 6

7

60000 8517

37000 8000

FL +0.50 CH +2.50

8000

960

3900

5873

3750

F5 C2

HANDICAP WC

TRANSFORMER

8000

LINEN

F5 C2

FL +0.50 CH +2.50

STAIR 1

F3 C2

FL +0.50 CH +2.50

F6 C2

GARDEN

7503

WC

FL +0.50 CH +2.50

4710

8000

1753

5000

4000

11000

1.55

1.50

A

+0.45

FL +0.50 CH +2.80

F4 C2

FL +0.50 CH +2.80

F4 C2

FL +0.50 CH +2.80

F4 C2

FL +0.50 CH +2.80

F4 C2

F1

6000

3.60

HANDICAP ROOM HANDICAP ROOM HANDICAP ROOM HANDICAP ROOM

2300

200 355

LIFT HALL

1

FL +0.45 CH +3.30

F8 C1

FL +0.50 CH +7.20

RECEPTION

F3 C2

FL +0.50 CH +2.80

F3 C2

STORAGE

F3 C2

100

B

100

150

150

200

355

200

1450

Public Road Width 11.00 m.

A3-01

LOBBY

1600

TERRACE

FL +0.50 CH +2.80

34500

200

4000

+0.10

WALKING PATH

+0.35 +0.25

FL +0.00 -

F1 -

C

400

6000

400 +0.45 +0.35

46

92

+0.25

PAVEMENT

D

F1 -

2000 PARKING & CARWAY FL +0.00 -

3100

8000

4442

3100

F0 -

10997

FL +0.10 -

60000 2

A3-02

CEILING MATERIALS

WALL MATERIALS

F1

Granite stone floor tile

F6

Floor tile

C1

Open / No Ceiling

W1

Concrete Block 100 mm.

F2

Pavement floor tile

F7

Floor tile for pool deck

C2

Gypsum board with acoustic insulation

W2

Wall Brick

F3

Floor carpet tile

F8

Wooden floor ( 2" x 6" )

C3

Gypsum board ( Water proof )

W3

Gypsum board ( Water proof )

F4

Polished cement floor

F9

Roof waterproof system floor

F5

Toilet floor tile

C4

Gypsum board ( Water proof ) with acoustic and thermal insulations

W4

Gypsum board ( Water proof ) with acoustic and thermal insulations

NAVATEL

40 mm.

4

5-Storey Hotel DATE :

2020.01.26

F06 GROUP MEMBERS : ANTHONI Sophia CHEN Xiongfei MARKSHOM Ar-tit

3 1

2

N

FLOOR MATERIALS

FLOOR PLAN

SCALE

PIERS Maureen REZAIE Reza

0

1 : 200

A1-02

0

1

2

3

4

5 6

7

60000 8517

37000 5000

8000

4710

8000

8000

8000

960

3900

5873

3750

STAIR 1

FL +4.50 CH 2.50

LINEN

FL +4.50 CH 2.50

F3 C2

1500

2000

7503

F4 C2

STANDARD

200

F4 C2

FL +4.50 CH +2.70

A

LAUNDRY SHOOTING

STANDARD

FL +4.50 CH +2.70

F4 C2

STANDARD

F4 C2

FL +4.50 CH +2.70

STANDARD

F4 C2

FL +4.50 CH +2.70

STANDARD

F4 C2

FL +4.50 CH +2.70

F4 C2

5500

6000

FL +4.50 CH +2.70

STANDARD

Self-Closing

13600

200

FL +4.50 CH 2.50

100

B

100

F3 C2

355

355 150

34500

200

100

100

2600

100

355

150

100

STAIR 2

315

FL +4.50 CH -

5400

FL +4.50 CH +2.70

F4 C2

FL +4.50 CH +2.70

F4 C2

STANDARD

FL +4.50 CH +2.70

AIRDUCT SHAFT

F4 C2

STANDARD

FL +4.50 CH +2.70

F4 C2

STANDARD

FL +4.50 CH +2.70

F4 C2

STANDARD

FL +4.50 CH +2.70

F4 C2

F3 C1

STANDARD

FL +4.50 CH +2.70

C

6000

STANDARD

STORAGE

355

STANDARD

34500

CORRIDOR

FL +4.50 CH 2.50

4000

355

3600

4000

19000

100

200 150

F4 C2

D

6800

32400

10997

A3-01

F3 C2

2

A3-02

4

NAVATEL

5-Storey Hotel DATE :

2020.01.26

F06 GROUP MEMBERS : ANTHONI Sophia CHEN Xiongfei MARKSHOM Ar-tit

3 1

2

N

1

OPEN SPACE

FLOOR PLAN

SCALE

PIERS Maureen REZAIE Reza

1

1 : 200

A1-03

0

1

2

3

4

5 6

7

60000 8517

37000 5000

8000

4710

8000

8000

8000

960

3900

5873

3750

STAIR 1

FL +8.50 CH 2.50

LINEN

FL +8.50 CH 2.50

STANDARD

F3 C2

F4 C2

FL +8.50 CH +2.70

A

LAUNDRY SHOOTING

STANDARD

STANDARD

FL +8.50 CH +2.70

F4 C2

STANDARD

F4 C2

FL +8.50 CH +2.70

STANDARD

F4 C2

FL +8.50 CH +2.70

STANDARD

F4 C2

FL +8.50 CH +2.70

F4 C2

6000

FL +8.50 CH +2.70

7503

F4 C2

3600

150

34500

F9 -

100

100

CORRIDOR

FL +8.50 CH 2.50

315

F3 C2

B

100

315 150

100

315

150

100

100

STAIR 2

315

FL +8.50 CH -

6100

FL +8.50 CH +2.70

F4 C2

FL +8.50 CH +2.70

F4 C2

STANDARD

FL +8.50 CH +2.70

AIRDUCT SHAFT

F4 C2

STANDARD

FL +8.50 CH +2.70

F4 C2

STANDARD

FL +8.50 CH +2.70

F4 C2

STANDARD

FL +8.50 CH +2.70

F4 C2

F3 C1

STANDARD

FL +8.50 CH +2.70

C

6000

STANDARD

STORAGE

315

STANDARD

34500

150

ROOFTOP

FL +8.50 -

F3 C2

F4 C2

2000

D

33200 10997

4150

2

A3-02

4

NAVATEL

5-Storey Hotel DATE :

2020.01.26

F06 GROUP MEMBERS : ANTHONI Sophia CHEN Xiongfei MARKSHOM Ar-tit

3 1

2

N

1

A3-01

FL +8.50 CH 2.50

100

4000

12100

Self-Closing

FLOOR PLAN

SCALE

PIERS Maureen REZAIE Reza

2

1 : 200

A1-04

0

1

2

3

4

5 6

7

60000 8517

37000 5000

8000

4710

8000

8000

8000

960

3900

5873

3750

STAIR 1

FL +12.50 CH 2.50

LINEN

FL +12.50 CH 2.50

1000

7503

F4 C2

F3 C2

A

LAUNDRY SHOOTING

STANDARD

FL +12.50 CH +2.70

POOL DECK

FL +12.50 CH +2.70

STANDARD

F4 C2

FL +12.50 CH +2.70

STANDARD

F4 C2

FL +12.50 CH +2.70

F4 C2

F7 C4

6000

FL +13.80 CH 5.60

STANDARD

F4 C2

Self-Closing

FL +12.60 -

250

F5 C4

CORRIDOR

3600

20000

FL +12.50 CH 2.50

250

F3 C2

B

100

250 150

250

150

100

100

100

STAIR 2

250

FL +8.50 CH -

AIRDUCT SHAFT

STANDARD

FL +12.50 CH +2.70

F4 C2

STANDARD

FL +12.50 CH +2.70

F4 C2

STANDARD

FL +12.50 CH +2.70

F4 C2

F3 C1

STANDARD

FL +12.50 CH +2.70

C

6000

250

SURGE TANK 5.3 m³

34500

52.80 m³

STORAGE

F4 C2

D 2000 33200 10997

34500

SWIMMING POOL

100

2

A3-02

4

NAVATEL

5-Storey Hotel DATE :

2020.01.26

F06 GROUP MEMBERS : ANTHONI Sophia CHEN Xiongfei MARKSHOM Ar-tit

3 1

2

N

1

A3-01

F3 C2

4000

FL +12.50 CH 2.50

FLOOR PLAN

SCALE

PIERS Maureen REZAIE Reza

3

1 : 200

A1-05

0

1

2

3

4

5 6

7

60000 8517

37000 5000

8000

4710

8000

8000

8000

960

3900

5873

3750

STAIR 1

7503

LINEN

FL +16.50 CH +2.50

F4 C2

F3 C2

A

LAUNDRY SHOOTING

SUITE

FL +16.50 CH +2.70

SUITE

F4 C2

FL +16.50 CH +2.70

F4 C2

6000

FL +16.50 CH +2.50

Self-Closing

630

FL +16.50 CH +2.50

F3 C2

100

B

100

34500

630

CORRIDOR

FL +16.50 CH +2.50

250

F3 C2

250 150

100

250

150

100

100

STAIR 2

F4 C2

FL +8.50 CH -

250

SUITE

630

AIRDUCT SHAFT

FL +16.50 CH +2.70

F4 C2

SUITE

FL +16.50 CH +2.70

C

F3 C1

6000

STANDARD

FL +16.50 CH +2.70

STORAGE

250

630

34500

250

4000

20000

OPEN SPACE

F4 C2

2000

D

10997

33200

2

A3-02

4

NAVATEL

5-Storey Hotel DATE :

2020.01.26

F06 GROUP MEMBERS : ANTHONI Sophia CHEN Xiongfei MARKSHOM Ar-tit

3 1

2

N

1

A3-01

3600

400

FLOOR PLAN

SCALE

PIERS Maureen REZAIE Reza

4

1 : 200

A1-06

0

1

2

3

4

5 6

7

60000 8517

37000 5000

8000

4710

8000

8000

8000

960

3900

5873

3750

STAIR 1

FL +20.50 CH +2.50

LINEN

FL +20.50 CH +2.50

7503

F4 C2

F3 C2

A 6000

630

DINNING ROOM

Self-Closing

FL +20.50 CH 3.10

F3 C2

34500

CORRIDOR

FL +20.50 CH 2.80

630

F3 C2

630

34500

200

F9 -

3600

20000

ROOFTOP

FL +20.50 -

400

100

STAIR 2

630

4625

F6 C2

F3 C1

630

D 2000

630

FL +20.50 CH 2.50

FL +8.50 CH -

C

6000

AIRDUCT SHAFT

1600

KITCHEN

10997

33200

2

A3-02

4

NAVATEL

5-Storey Hotel DATE :

2020.01.26

F06 GROUP MEMBERS : ANTHONI Sophia CHEN Xiongfei MARKSHOM Ar-tit

3 1

2

N

1

B

400

200

A3-01

F3 C2

4000

FL +20.50 CH 2.80

FLOOR PLAN

SCALE

PIERS Maureen REZAIE Reza

5

1 : 200

A1-07

Heating System The heating system of the Navatel hotel is based on radiators inside of each room.

They connected to the occupancy of each room to have minimum loss of energy.

To keep the energy inside the room, there is also ventilation provided which is connected to the temperature of the room. The radiators are connected to a central control device in each floor to make regulation more efficiently. The control devices are connected to a heating boiler in the basement.

Groundwater heat pump we have opted for groundwater heat pump system for heating water, because this way we can save a lot of energy, and it is also one of the most efficient heat pumps on the market.

With a groundwater heat pump, you can use the heat that is present in the ground to heat your home. It is an extremely efficient way of heating, but it does require the necessary investments. This heat comes from both the sun and the magma that is deep in the earth. We call this heat geothermal heat. If we now install an underground pipe network, this geothermal heat can be used to heat the water in the pipe network.

However, the temperature of this is not yet high enough to be able to heat the home, which is why the pump uses a compressor, evaporator and condenser to raise the temperature further. With the help of a heat exchanger, the heat is eventually transferred to the central heating system in the house. The heat pump uses a (small) amount of electricity for this process.

NAVATEL

5-Storey Hotel DATE : 2019.01.26

F06 GROUP MEMBERS : ANTHONI Sophia CHEN Xiongfei MARKSHOM Ar-tit

PIERS Maureen REZAIE Reza

+5 DN 25 DN250 DS110

+4

+3

+2

DS100 DS110

+1

DS100 DS110

DN250 DN110 DN160

+0

DS100 DS110

DS100 DS110

DS100 DS110

DS100 DS110

SEPTIC TANK

DN160

DN160 GREYWATER

DN110

DN110

DN250

DRAINAGE

RAIN WATER

DN250

BLACK WATER GREY WATER RAINWATER

NAVATEL

5-Storey Hotel DATE : 2019.01.26

F06 GROUP MEMBERS : ANTHONI Sophia CHEN Xiongfei MARKSHOM Ar-tit

PIERS Maureen REZAIE Reza

DN 32

+5 DN 32

DN 25 DN 25 DN 20

+4

DN 32

+3 DN 32

+2 DN 32

+1

DN 20 DN 20 DN 20

+0

DN 20 DN 20 DN 20 DN 15

DN 25

DN 25

DN 32

DN 25

DN 15

DN 25

DN 25

DN 32

DN 25

DN 15

DN 20

DN 20

DN 20

DN 20 WARMWATER

DN 40 DN 50 DN 50

DN 40

RAINWATER

WATER SUPPLY COLD WATER WARM WATER RAINWATER FIRE HOSE REEL

NAVATEL

5-Storey Hotel DATE : 2019.01.26

F06 GROUP MEMBERS : ANTHONI Sophia CHEN Xiongfei MARKSHOM Ar-tit

PIERS Maureen REZAIE Reza

DN 50 DN 50

TAPWATER

Electricity

Area (m²)

2W/m²*100 lx Lighting W

Basement

980

980

Groundfloor

350

2100

Floor1

500

2500

Floor 2

500

2500

Floor 3

500

2500

Floor 4

380

1900

Floor 5

380

1900 14380 W 14,38 KW

Ventilation 35 KW x 3 Heat pomp 30000 W Boiler

Devices Quantity Tv 50 Hairdryer 47 Handdryer 4 Computer 3 Copymachine 2 Washing machine 4 Dryer machine 4 Elevator 2 Kitchen 1

Power(W) 200 2200 1600 150 550 2500 2500 7000 10000

Power per device 10000 103400 6400 450 1100 10000 10000 14000 10000

2500 W

137500 W 137,5 KW

165350 W 165,35 KW TOTAL

317,23 KW 330 KW

HIGH VOLTAGE CABINE

NAVATEL

5-Storey Hotel DATE : 2019.01.26

F06 GROUP MEMBERS : ANTHONI Sophia CHEN Xiongfei MARKSHOM Ar-tit

PIERS Maureen REZAIE Reza

DETAIL 9

DETAIL 8

DETAIL 7

DETAIL 6

DETAIL 5

DETAIL 3

DETAIL 2

DETAIL 1

o

30 OBLIQUE SECTION SCALE

CONSTRUCTION D ETAILS

1 : 100

U‐value Wall Material

Bricks

U‐value roof Thickness Lambda‐value m W/(m.K)

Material

Thickness Lambda‐value m W/(m.K)

R‐value m²K/W

Material

Thickness Lambda‐value m W/(m.K)

R‐value m²K/W

0,357143

Soil+green

0,092

2

0,15/2

0,046

Concrete hollow core slab

0,26

2,1

0,26/2,1

0,12381

0,55

0,025/0,55 0,045455

Drainage layer

0,02

2

0,02/2

0,01

Egalisation layer

0,05

0,93

0,05/0,93

0,053763

2x0,08

0,026

0,160/0,027 6,153846

Thermal Insulation (XPS)

0,11

0,027

0,1/0,027 4,0740741

Thermal Insulation (PUR)

2x0,08

0,027

0,14

1,2

Hollow core slab

0,165

1,2

0,12/1,2

Floating screed

0,07

0,93

0,07/0,93

0,075269

0,0015

0,52

Floor tiles

0,01

1,2

0,01/1,2

0,008333

0,1

0,28

Air cavity

0,025

Thermal Insulation (PUR) Concrete Block Gypsum

R‐value m²K/W

U‐value floor

0,1/0,28

0,14/1,2

0,116667

0,1375

0,0015/0,52 0,002885

Rse Rsi

0,043 0,125 6,843995 1/ΣR

Rse Rsi

0,043 0,125

ΣR

0,15 U‐value W/m²K

4,4355741 1/ΣR

0,160/0,027 5,925926

Rse Rsi

0,043 0,125

ΣR

0,22545 U‐value W/m²K

6,355101 1/ΣR

ΣR

0,16 U‐value W/m²K

Detail 4: Fire escape staircase

Terrace - Concrete floor tiles - 20 MM Waterproof Membrance - EPDM - 2 MM Thermal insulation - XPS - 100 MM Vapor barrier - PE foi - 2 MM Roof - Slope concrete Structure - Aerated concrete

Structure - precast concrete - 100 MM Thermal insulation - XPS - 160 MM Ceiling - Alumium mesh - 5 MM

Facade - Alumium mesh box Facade - Steel belt - H: 120 MM

145 100 (min. ) 50 100

Facade - Gris Quartz Bricks - L: 500 MM, W: 100 MM, H: 40 MM Air cavity - 30 MM Thermal insulation - XPS - 100 MM Structural - Concrete beam

1

Detail 10: 5th floor terrace 1/10

Facade -Aluminum mesh box

Facade - Gris Quartz Bricks - L: 500, W: 100, H: 40 MM Thermal insulate - PUR - 160 MM

...

Structural - Concrete beam - 200 MM

Aluminium frame Spacer with dessicant ,,____,___ Sliding door 6-12-8

- ,.---.-...----n--rr--n----r-

l

Sliding door 6-12-8 rails �

w �r1

t---!1---1- � � - -

0

l '· 1

350 •

0

100 0

1

X

1

1

i

'

1

V

Aluminium frame

,

�

�-

1

r '

{>

1. _J

L-.l

----

J u;:

1.

l1 '1

--------------- Spacer with dessicant

1 J>

. ,1,,

�-

.

.

'

-

;;,

-p

V

· .. b

"!>

-·

p

l>t,.

l,

50

4,

260

1

t,

/> ... c;

·(

--

Waterproof membrane - EPDM - 2 MM Thermal insulate - XPS - 160 MM Vapor barrier - PE Foil - 2 MM Structural - Waterproof floating screed - Slope 2% Structural - Precast concrete - 100 MM

Structural - Floating screed - 50 MM Structural -Aerated concrete W: 100, H: 150 MM

Structural - Hollow core floor - 260 MM

Detail 11: Terrace

NAVATEL

5-Storey Hotel DATE:

2019.01.26

F06 GROUP MEMBERS: ANTHONI Sophia CHEN Xiongfei MARKSHOM Ar-tit

PIERS Maureen REZAIE Reza

1/10

2

Detail 12: Green roof

Pavement - Permeable brick - 60 MM

Grating - Stainless steel - 50 MM

Bedding course - No.8 aggregate - 40MM

Screed - slope concrete - min. 20 MM

Geotextile - PE fol - 2 MM

Waterproofing Membrane - EPDM - 2 MM

Subbase - Crushed rock - 100 MM

Underlayer - 1: 2 sand & cement - 20 MM

Geotextile - PE fol - 2 MM

Structure - reinforced concrete - 200 MM

60 40 100

Wall finish - 1:2 Sand & Cement - 20 MM

200

300

Retaining wall - reinforced concrete - 300 MM Waterproofing Membrane - EPDM - 2 MM Protection - Polystyrene board - 30 MM Compacted Subgrade

Detail 13: Parking lot 1/10

3500

+24.50 Rooftop

+20.50 5th Floor

4000

10

A4-10

SEE DETAIL 10

4000

+16.50 4th Floor

A

4000

24000

+12.50 3rd Floor

4000

+8.50 2nd Floor

+4.50 1st Floor

3500

+24.50 Rooftop

C

FL CH

+20.50 5th Floor

4000

10

A4-10

SEE DETAIL 10

C

FL CH

4000

+16.50 4th Floor

C

FL CH

B

4000

24000

+12.50 3rd Floor

4000

+8.50 2nd Floor

C

FL CH

C

+4.50 1st Floor

FL CH

3500

+24.50 Rooftop

+20.50 5th Floor

4000

10

A4-10

SEE DETAIL 10

4000

+16.50 4th Floor

C

4000

24000

+12.50 3rd Floor

4000

+8.50 2nd Floor

+4.50 1st Floor

Detail 15: Green roof

Floor finish - Ceramic tile - 12 MM Screed - Concrete - 50 MM Water proofing - PE fol - 2 MM Structure - Hollow core concrete slab - 260 MM Wall finish - Ceramic tile - 12 MM

Acoustic - Mineral wool - 50 MM Bedding layer - Glass fibre texture - 2 MM Ceiling - Gypsom board - 12 MM

Structure - Concrete - 80MM 62

260

700

62

Detail 19: Bathroom floor 1/10

Facade - Gris Quartz Brick

Technica! - Air ducts

Thermal insulate - PUR - 160 MM

False ceiling- Gipsen board - 12 MM

Structural - Concrete beam - 200MM

1

/

'-

[> I

/

\

�

/j

Ll

\

/

{\'

.�

!?

T �

' 'v 1

�'

/

1\

Aluminium window frame --+----+----1.:::.i Spacer with dessicant window 6 - 12 - 8

---1---�-MJ --+----+---

Acoustic insulate - Mineral Wool - 80 MM

Sprayed fo m insulation OSB Finish laye Gypsumboar ·

Detail 20 NAVATEL

5-Storey Hotel DATE:

2019.01.26

F06 GROUP MEMBERS :

Group Detail

1/5

Concrete beams (longest span) Length (longest)

6 m

Total load of floor

Length (longest)

8.04 kN/m2 dead load

6 m

Total load of floor

5.12 kN/m2

8.04 kN/m2

dead load

5.12 kN/m2

top cement layer

1

top cement layer

1

live loads

1.92

live loads

1.92

total force (q)

8.04kN/m2 * 8m

48.24 kN/m

64.32kN/m * 6m

total force (q)

8.04kN/m2 * 8m

289.44 kN

64.32kN/m * 6m

48.24 kN/m 289.44 kN

Load on beam A

144.72 kN

Load on beam A

144.72 kN

Load on beam B

144.72 kN

Load on beam B

144.72 kN

Beam A or B

Beam A or B

height

length/20

0.3 m

height

length/20

0.4 m

width

height/3

0.1 m

width

height/3

0.1 m

BENDING TEST

BENDING TEST

max. allowable

length/500

0.012 m

formula

5/348* (qLˆ4)/EI)

Elasticity (E) concrete

25000 N/mm2

max. allowable

length/500

formula

5/348* (qLˆ4)/EI)

Elasticity (E) concrete

25000000 kN/m2

0.012 m

25000 N/mm2 25000000 kN/m2

Moment of inertia

Moment of inertia

I=whˆ3/12

0.000225 mˆ4

bending=

0.02661517241 m

Concrete beams (shortest span) Length (longest)

4 m

Total load of floor

0.0005333333333mˆ4

bending=

0.01122827586 m

Beam dimensions:

6mx0,4mx0,1m (lxhxw)

Length (longest)

8.04 kN/m2 dead load

I=whˆ3/12

4 m

Total load of floor

5.12 kN/m2

8.04 kN/m2

dead load

5.12 kN/m2

top cement layer

1

top cement layer

1

live loads

1.92

live loads

1.92

total force (q)

8.04kN/m2 * 8m 64.32kN/m * 6m

32.16 kN/m

total force (q)

192.96 kN

OK!

8.04kN/m2 * 8m 64.32kN/m * 6m

32.16 kN/m 192.96 kN

Load on beam A

96.48 kN

Load on beam A

96.48 kN

Load on beam B

144.72 kN

Load on beam B

144.72 kN

Beam A or B

Beam A or B

height

length/20

width

height/3

0.2 m 0.06666666667 m

height

length/20

0.3 m

width

height/3

0.1 m

ROOF

Length

6 m

Length

4 m

Total load of roof

4.23 kN/m2

Total load of roof

4.23 kN/m2

dead load

2.83 kN/m2

dead load

2.83 kN/m2

snow

0.6

snow

0.6

finishing

0.8

finishing

0.8

total force (q)

4.23kN/m2 * 8m 25.38kN/m * 6m

33.84 kN/m

total force (q)

203.04 kN

25.38kN/m * 4m Load on beam A

67.68 kN

Load on beam B

101.52 kN

Load on beam B

67.68 kN

Beam A or B

height

length/20

0.3 m

height

length/20

0.2 m

width

height/3

0.15 m

width

height/3

0.15 m

BENDING TEST

max. allowable

length/500

formula

5/348* (qLˆ4)/EI)

Elasticity (E) concrete

0.012 m

25000 N/mm2

max. allowable

length/500

formula

5/348* (qLˆ4)/EI)

Elasticity (E) concrete

25000000 kN/m2

0.0003375 mˆ4

I=whˆ3/12

0.009335172414 m

OK!

Beam dimensions:6mx0,3mx0,15m (lxhxw) BALCONY Length

2 x length

500 cm

Height

length/20

25 cm

Beam dimensions:2.5mx0.25mx0.2m(lxhxw) Length

L<16m

Height (L<10m) length/50

800 cm 16

Van Thuyne Predallen Standaard 8mx.24mx2.5m

STEEL STAIRCASE Length

400cm

Height

20cm

HEA200

25000 N/mm2

Moment of inertia

I=whˆ3/12 bending=

0.008 m

25000000 kN/m2

Moment of inertia

COLUMN

135.36 kN

101.52 kN

BENDING TEST

FLOOR

33.84 kN/m

Load on beam A

Beam A or B

CANTILEVER

4.23kN/m2 * 8m

bending=

0.0001 mˆ4 0.006223448276 m

OK!

BENDING TEST

BENDING TEST

max. allowable

length/500

formula

5/348* (qLˆ4)/EI)

Elasticity (E) concrete

0.008 m

25000 N/mm2

max. allowable

length/500

formula

5/348* (qLˆ4)/EI)

Elasticity (E) concrete

0.008 m

25000 N/mm2

25000000 kN/m2

25000000 kN/m2

Moment of inertia

Moment of inertia

I=whˆ3/12

0.00004444444444 mˆ4

bending=

I=whˆ3/12

0.02661517241 m

0.000225 mˆ4

bending=

0.005257318008 m

Beam dimensions:

4mx0,3mx0,1m (lxhxw)

OK!

Steel beams (bearing pool) Total load

1694.88 kN

Outer beams (pool's side) Load on Beam A and C 15034.47 kg

Dead loads

1235.36 kN

(from beams 2 and 5)

- hollow core slabs

5.12 kN/m2

x (8m * 16m)

655.36 kN

- tiles

0.05 kN/m2

x (12m * 4m)

2.4 kN

- water

1000 kg/m3

x (57.76m3)/100

Live loads (pool rooms)

3.59 kN/m2

x (8m * 16m)

Load per beam (6 beams in total) Steel beams: for a span of 8m

282.48 kN

577.6 kN 459.52 kN

28804.94 kg

HEB400

33454kg

158kg/m (1264kg for 8m)

HEA450

33801kg

142.7kg/m (1141.6kg for 8m)

IPE600

35900kg

124.1kg/m (992.8kg for 8m)

Steel beams: for aIPE400 span of 6m

18162kg 405 kg for 6m

BEAM

Length

400cm

Height

220cm

IPE220 Length

370cm

Height

220cm

IPE220

Columns Total load roof

4.23 kN/m2

- hollow core slabs

2.83 kN/m2

- snow loads

0.6

- finishing (green roof)

0.8

203.04 kN

Horeca restaurants, cafetaria, buffet, bars, cocktailbars kitchens kitchenettes Hotels, motels, holiday centers bedriooms in hotel, motel, holiday center sleeping halls in holiday centers lobby, entrance hall meeting room, reception rooms, polyvalent areas Offices Office Meeting rooms, reception halls, …

Main entrance Public spaces Entrance hall, waiting hall Library Public gatherings Churches, religious buildings, government buildings, jurisdiction, museums & galleries Shops sales area (not in shopping centers) shopping centers hairdresser, beauty farm shops for furniture, carpets, … supermarket, pet shop, … launderette, laundromat Sports and entertainment sportshall, stadion (playing area), gym dressing rooms visitors area, tribunes disco, dancing areas sportclub: aerobic, fitness, bowlingclub Working spaces picture studio, dark room pharmacy bank counters, bank safes copy room, printer areas dataroom Education class rooms multi‐purpose rooms Healthcare bedrooms investigation rooms operation theaters, …

Prisons Cells observation rooms administration Other spaces Undetermined spaces Storage hall, logistic centers, …

bezetting 1,50 m²/pers.

10,00 m²/pers. bezetting 10,00 m²/pers.

5,00 m²/pers.

2,00 m²/pers.

2,00 m²/pers. bezetting 15,00 m²/pers.

3,50 m²/pers.

10,00 m²/pers. bezetting 1,00 m²/pers.

10,00 m²/pers. bezetting 2,50 m²/pers. bezetting 7,00 m²/pers.

2,50 m²/pers.

4,00 m²/pers.

20,00 m²/pers.

10,00 m²/pers.

5,00 m²/pers. bezetting 3,50 m²/pers.

2,00 m²/pers.

1,00 m²/pers.

1,00 m²/pers.

10,00 m²/pers. bezetting 10,00 m²/pers.

10,00 m²/pers.

20,00 m²/pers.

10,00 m²/pers.

25,00 m²/pers. bezetting 4,00 m²/pers.

1,00 m²/pers. bezetting 10,00 m²/pers.

5,00 m²/pers.

5,00 m²/pers. bezetting 4,00 m²/pers.

7,00 m²/pers.

2,00 m²/pers. bezetting 15,00 m²/pers.

100,00 m²/pers.

Type of room

Air speed

Theatre, concert hall Normal room, offices above ceiling Shafts Technical rooms Within ventilation group At air terminal Within the room Outside exhaust

1 ‐ 2 m/s 3 ‐ 4 m/s 7 ‐ 8 m/s 10 m/s 2.5 m/s 2 m/s 0.25 m/s 2 m/s

Flow Section

𝑠𝑝𝑒𝑒𝑑 𝑥 𝑠𝑒𝑐𝑡𝑖𝑜𝑛 𝑓𝑙𝑜𝑤 / 𝑠𝑝𝑒𝑒𝑑

MENU

Helps to define the size of the ventilation machine In the zones people come Depending on surroundings, type of louvres, …

Dimension of ducts Floor +0 Number

Name

Surface (m²)

Possession (m²/pers) Number of people IDA 2 (m³/u.pers)

Flow air (m³/h)

0.01

Lobby+Bar

85

2

42,5

45

1912,5

0.02

File+storage+electricity

12

10

1,2

45

54

0.03

Room 1

27

10

2,7

45

121,5

0.04

Room 2

27

10

2,7

45

121,5

0.05

Room 3

27

10

2,7

45

121,5

0.06

Room 4

27

10

2,7

45

121,5

0.07

Toilets x 4

4

25

100 2552,5 2600

Total flow air m³/h

3600 s 0,709027778 m³/s

Air velocity 6

m/s

0,118171296 m²

S of Circle 𝐴 𝜋𝑟 r  m 0,38799057 m 38,7990571 cm

486 2600

Total flow air m³/h

Air velocity 6

3600 s 0,135 m³/s

m/s

0,0225 m²

S of Circle 𝐴 𝜋𝑟 r  m 0,16929979 m 16,9299794 cm

Dimen for each room

121,5

m³/h

3600 0,03375

s m³/s

Air velocity 2

m/s

0,016875 m²

400 mm

200 mm

S of Circle 𝐴 𝜋𝑟 r 0,07330896 m 0,14661792 m 14,6617923 cm

150 mm

Dimension of ducts Floor +1 Rooms

Number of people(each room)

Number of people

IDA 2 (m³/u.pers)

Flow air (m³/h)

13

3

39

45

1755

17

17/10 (m²/per)

1,7

45

76,5

Laundry m²

1831,5

Total flowair

3600 0,50875

s m³/s

Dimen for each room

Air velocity 6 m/s 0,0847917 m²

135

m³/h

Air velocity 2 m/s

3600 0,0375

s m³/s

0,01875 m²

S of circle 𝐴 𝜋𝑟 r 0,1643281 m 0,3286561 m 32,865615 cm

355mm

S of Circle 𝐴 𝜋𝑟 r

0,077274 m 0,154549 m 15,45489 cm

150 mm

Dimension of ducts Floor +2 Rooms

Number of people(each room) Number of people IDA 2 (m³/u.pers) Flow air (m³/h) 8

3

24

45

1080

17

17/10 (m²/per)

1,7

45

76,5

Laundry m²

1156,5

Total flowair

3600 0,32125

s m³/s

Dimen for each room 135

Air velocity 6 m/s 0,053542 m²

m³/h

3600 s 0,0375 m³/s

Air velocity 2 m/s

0,01875 m²

S of circle 𝐴 𝜋𝑟 r 0,130581 m 0,261163 m 26,11627 cm

250mm

S of Circle 𝐴 𝜋𝑟 r

0,077274 m 0,154549 m 15,45489 cm

150 mm

Dimension of ducts Floor +3 Rooms

Laundry m²

Number of people(each room) Number of people IDA 2 (m³/u.pers) Flow air (m³/h) 4 1

5 3

20 3

45 45

900 135

17

17/10 (m²/per)

1,7

45

76,5 1111,5

Total flowair

3600 0,30875

s m³/s

Dimen for each room 225

Air velocity 6 m/s 0,051458 m²

m³/h

3600 s 0,0625 m³/s

Air velocity 2 m/s

0,03125 m²

S of circle 𝐴 𝜋𝑟 r 0,128016 m 0,256031 m 25,60313 cm

250mm

S of Circle 𝐴 𝜋𝑟 r

0,099761 m 0,199522 m 19,95217 cm

+

200 mm

150 mm

Dimension of ducts Floor +4 Rooms

Laundry m²

Number of people(each room) Number of people IDA 2 (m³/u.pers) Flow air (m³/h) 2 1

8 3

16 3

45 45

720 135

17

17/10 (m²/per)

1,7

45

76,5 796,5 3600 0,22125

Total flowair s m³/s

Dimen for each room 135

Air velocity 6 m/s 0,036875 m²

m³/h

3600 s 0,0375 m³/s

Air velocity 2 m/s

0,01875 m²

S of circle 𝐴 𝜋𝑟 r 0,108368 m 0,216736 m 21,67361 cm

250mm

S of Circle 𝐴 𝜋𝑟 r

0,077274 m 0,154549 m 15,45489 cm

150 mm

Dimension of ducts Floor +5 Name

Surface (m²)

Possession (m²/pers)

Number of people IDA 2 (m³/u.pers) Flow air (m³/h)

Restaurant

200

1,5

133,3333333

45

6000

Kitchen Toilets x 4

50

10

5 4

45 25

225 100 6325

Total flow air m³/h

3600 s 1,7569444 m³/s

Air velocity 6 m/s

0,292824 m²

S of Circle 𝐴

𝜋𝑟

r  m 0,610757 m 61,07572 cm

3162

Total flow air m³/h

3600 s 0,8783333 m³/s

Air velocity 6 m/s

0,146389 m²

630 mm

S of Circle 𝐴

𝜋𝑟

r  m 0,431836 m 43,18364 cm

400mm

Total flowair Residential Storey 0 1 2 3 4 5

airflow per storey (m³/h) 2552 1832 1832 1157 1112 797 9282

Total

9282 Total flowair 3600 s 2,578 m³/s

Air velocity 9

m/s

0,286481481 m²

S of circle 𝐴

𝜋𝑟

r 0,302053 m 0,604106 m 60,41064 cm

600mm

Dimension of pipes

Dimension of pipes

Rain water pipe(1‐4)

Number of Wc's 9

Flow rate (l/min) 6

54 l/min

Qmax/velocity ₌ surface (A) A= r² r=√(A/ Diameter

Dimension of pipes Rain water pipe(6‐7)

4

24 l/min

A= r² r=√(A/ Diameter

Dimension of pipes Main rainwater pipe

54

6

324 l/min 64,8 l/min( rule of 20%)

A= r² r=√(A/ Diameter

Dimension of pipes Rain water pipe(8) Number of Wc's 3

A= r² r=√(A/ Diameter

18 l/min

Velocity

0,85 cm 17,07 mm DN20

1,25 m/s 12,5 dm/s

A= r² r=√(A/ Diameter

64,80 l/min 1,08 l/sec 1,08 dm³/sec

0,0229 dm² 2,2862 cm²

12,73 l/min 0,21 l/sec 0,21 dm³/sec

Qmax/velocity ₌ surface (A)

0,77 cm 15,34 mm DN20

1,66 cm 33,18 mm DN40

6

Velocity

Peak Flow formule Σflow x (1/√n‐1)

Flow rate (l/min)

Velocity

0,0185 dm² 1,8475 cm²

0,0864 dm² 8,6400 cm²

17,15 l/min 0,29 l/sec 0,29 dm³/sec 1,25 m/s 12,5 dm/s

0,90 cm 18,01 mm DN 20

1,25 m/s 12,5 dm/s Qmax/velocity ₌ surface (A)

42 l/min

Qmax/velocity ₌ surface (A)

Peak Flow formule Σflow x (1/√n‐1)

Flow rate (l/min)

6

Velocity

13,86 l/min 0,23 l/sec 0,23 dm³/sec

Qmax/velocity ₌ surface (A)

Peak Flow formule Σflow x (1/√n‐1)

Flow rate (l/min)

0,0255 dm² 2,5456 cm²

1,25 m/s 12,5 dm/s

Number of Wc's

7

Peak Flow formule Σflow x (1/√n‐1)

Flow rate (l/min) 6

Number of Wc's

19,09 l/min 0,32 l/sec 0,32 dm³/sec 1,25 m/s 12,5 dm/s

Number of Wc's

Rain water pipe(5)

Peak Flow formule Σflow x (1/√n‐1)

0,0170 dm² 1,6971 cm² 0,74 cm 14,70 mm DN15

Velocity

Dimension of pipes Cold/warm water pipe(1‐3‐4) Numbers Sink Bath

9 8

Flow rate (l/min) 6 12

54 96

l/min l/min

Total flow rate l/min 150

Peak Flow formule Σflow x (1/√n‐1)

A= r² r=√(A/ Diameter Dimension of pipes Cold/warm water pipe(5) Numbers Sink Bath/shower

8 5

Flow rate (l/min) 6 12

48 60

l/min l/min

Total flow rate l/min 108

A= r² r=√(A/ Diameter

Dimension of pipes Cold/warm water pipe(8) Numbers Sink

3

Flow rate (l/min) 6

18

l/min

Total flow rate l/min 18

A= r² r=√(A/ Diameter

9 8 2

6 12 12

54 96 24

l/min l/min l/min

43,50 l/min 0,73 l/sec 0,73 dm³/sec 1,25 m/s 12,5 dm/s

Dimension of pipes Cold/warmwater pipe(6‐7) Numbers Sink Bath/shower

4 4

Flow rate (l/min) 6 12

24 48

l/min l/min

Total flow rate l/min 72

1,36 cm 27,18 mm DN32

Peak Flow formule Σflow x (1/√n‐1) 27,21 l/min 0,45 l/sec 0,45 dm³/sec

Velocity

1,25 m/s 12,5 dm/s Qmax/velocity ₌ surface (A)

0,0416 dm² 4,1569 cm²

0,0363 dm² 3,6285 cm²

A= r² r=√(A/ Diameter

1,15 cm 23,01 mm DN25

,

Peak Flow formule Σflow x (1/√n‐1) 12,73 l/min 0,21 l/sec 0,21 dm³/sec Velocity

Velocity

0,0580 dm² 5,8000 cm²

A= r² r=√(A/ Diameter

31,18 l/min 0,52 l/sec 0,52 dm³/sec

0,74 cm 14,70 mm DN15

Peak Flow formule Σflow x (1/√n‐1)

Qmax/velocity ₌ surface (A)

Peak Flow formule Σflow x (1/√n‐1)

0,0170 dm² 1,6971 cm²

Total flow rate l/min 174

Velocity

1,26 cm 25,24 mm DN25

1,25 m/s 12,5 dm/s Qmax/velocity ₌ surface (A)

Sink Bath kitchen sink

Flow rate (l/min)

0,0500 dm² 5,0000 cm²

1,25 m/s 12,5 dm/s Qmax/velocity ₌ surface (A)

Numbers

37,50 l/min 0,63 l/sec 0,63 dm³/sec 1,25 m/s 12,5 dm/s

Qmax/velocity ₌ surface (A)

Dimension of pipes Cold/warm water pipe(2)

1,07 cm 21,50 mm DN20

Velocity

Dimension of pipes Main COLDwater pipe Number of Wc's 102

Peak Flow formule Σflow x (1/√n‐1)

Flow rate (l/min) 6

612 l/min 122,4 l/min( rule of 20%)

122,40 l/min 2,04 l/sec 2,04 dm³/sec 1,25 m/s 12,5 dm/s

Qmax/velocity ₌ surface (A) A= r² r=√(A/ Diameter

Dimension of pipes Main rainwater pipe Number of Wc's 102

0,1632 dm² 16,3200 cm² 2,28 cm 45,60 mm DN50

Peak Flow formule Σflow x (1/√n‐1)

Flow rate (l/min) 6

Velocity

612 l/min 122,4 l/min( rule of 20%)

122,40 l/min 2,04 l/sec 2,04 dm³/sec 1,25 m/s 12,5 dm/s

Qmax/velocity ₌ surface (A) A= r² r=√(A/ Diameter

0,1632 dm² 16,3200 cm² 2,28 cm 45,60 mm DN 50

Velocity

Dimension of pipes Fire hose reel Number of Wc's 3

Peak Flow formule Σflow x (1/√n‐1)

Flow rate (l/min) 60

180 l/min

127,28 l/min 2,12 l/sec 2,12 dm³/sec 2,5 m/s 25 dm/s Qmax/velocity ₌ surface (A) A= r² r=√(A/ Diameter

0,0849 dm² 8,4853 cm² 1,64 cm 32,88 mm DN32

Velocity

Dimension of pipes Faecal water pipe(1‐4) Number of Wc's 9

Flow rate (l/min) 2,5

Hotel 22,5 l/min

Dimension of main pipe Faecal water pipe

Peak Flow formule Σflow x (1/√n‐1)

0,7

Number of Wc's Flow rate (l/min)

3,32 l/min DN110

54

2,5

Hotel 135 l/min

Peak Flow formule Σflow x (1/√n‐1)

0,7

mm With 2% of slope

Dimension of pipes Faecal water pipe(6‐7) Number of Wc's 4

Flow rate (l/min) 2,5

Hotel 10 l/min

0,7

Dimension of pipes Faecal water pipe(5) Number of Wc's 7

Flow rate (l/min) 2,5

Hotel 17,5 l/min

0,7

Peak Flow formule Σflow x (1/√n‐1) 2,21

l/min

DN110

mm

Peak Flow formule Σflow x (1/√n‐1) 2,93

l/min

DN110

mm

8,13

l/min

DN160

mm

Dimension of pipes Faecal water pipe(1‐4)

Dimension of mainpipe Faecal water pipe

Peak Flow formule Σflow x (1/√n‐ Hotel 1)

Peak Flow formule Numbers Sink Bath

8 9

Flow rate (l/min) 0,5 0,8

Hotel 11,2 l/min

0,7

Sink Bath

4 4

Flow rate (l/min)

0,5 0,8

Hotel

5,2 l/min

2,34 l/min

Sink Bath

mm

Peak Flow formule Σflow x (1/√n‐1)

0,7

56 45

Flow rate (l/min) 0,5 0,8

64 l/min

mm

Rooftop Floor 5 Floor 4 Floor 2

Square meter 400 144 47

Flow rate (l/min/m²) 3

1773 l/min 29,55 l/s

DN250 With 0,5 of slope

Numbers 7 5

Flow rate (l/min) 0,5 0,8

Hotel 7,5 l/min

Peak Flow formule Σflow x (1/√n‐1)

0,7

1,92 l/min DN100

mm

0,7

5,60 l/min DN110

Dimension of pipe Rainwater

1,60 l/min DN100

Dimension of pipes Faecal water pipe(6‐7)

Sink Bath

Numbers

DN100

Dimension of pipes Faecal water pipe(6‐7) Numbers

Σflow x (1/√n‐1)

mm With 1% of slope

RAIN WATER TANK

Roof surface (m²)

Slope factor

Type of roof

54 155 500

1 1 1

0,5 0,5 0,5

Type of Equivalent filter roof area (m²) 1 1 1

27 77,5 250 354,5 m²

Equivalent roof area 50 l per m² per total liter (m²) roof surface 354,5

50

17725

l

2 x 1000 l tanks