Pattern 2# Safe Edges
ARCH 351 Building Detail Modelling Midterm Examination Revised Weekend House in Erzurum Alp Fahri Ardic 2138345
Roof Edge Connection Detail
Landing Connection Detail
Staircase
Midterm Examination
Pattern 3#
Pattern 1# Fall protection
-Overlapping roof covering -Vapour Proofing Layer -Glass wool -Steel Roof Structure with fireproofing layer Pattern 6# -2nd Vapour Proofing Layer Wash -Fire resistant Gypsum Boards Pattern 5#
Roof
ARCH 351 Building Detail Modelling
Overlap
Should be; Fire Proof Ventilated Insulated Controlling moisture
Weekend House in Erzurum
Should be sustainable +Standart joints and wooden members will provide easy repair and change Should be easy to apply +Easy application via simple bolt details Should be fire-safe Fast and easy +Non toxic materials (Pattern 3#) application via 1# +InPattern case of fire aliminium beams and wooden simple boltstairs detailswill not Fall protection Pattern 2# release toxic materials andSafe health safety will be ensured. Edges
Pattern 7# Cold Roof
Pattern 6# Wash
Pattern 5# Overlap
Alp Fahri Ardic 2138345
Pattern 7#
Pattern 8# Drain In Erzurum, where winters are extremely cold, Insulation of the roof is important. Ice stalectiles hanging from the roof are also a In Erzurum, where winters are Cold extremely problem in Erzurum. roof prevents inbalanced accumulation and prevents ice stalectiles. cold, insulation snow of the roof is important.
Mezzanine Floor
Non toxic materials In case of fire aliminium beams and wooden stairs will not release toxic materials and health safety will be ensured.
Drain
Roof Top Detail
Exploded View
Fire Proof +Fireresistant Gypsum Layer +Fire Proofing adhesive on steel
Structurally Strong +Roof Structure
Front Faรงade
Ventilated +Cold Roof
Overlapping roof covering
Faรงade should be insulated and make use of the daylight A roof should be +Double skin facade is a good solution for both Steel Roof Structure(with) Insulated fireproofing layer Faรงade should be water tight and fire resistant as Controlling +Glass Wool moisture well Vapourand Proofing Layer +Vapour +Capillary breaks tempered glass facade, Barriers strong against fire Pattern 9# Capillary Break
Glass wool
Vapour Proofing Layer
Anchors for connecting the two skins Be safe +Metal Railings added
Fire resistant Gypsum Boards
Insulation of the Facade is important but at the same time making use of the daylight is also a problem. To have provide both insulation and sunlight, Double skin facade is a good solution.
Mezzanine floor needs to Provide Daylight inside of the building +Glass facade
Provide sound insulation. Be able to carry moving loads +Raised floor application +Stable structue provided
Structural Connection Details
Pattern 8#
Ice stalectiles hanging from the roof are also a problem in Erzurum. Cold roof prevents inbalanced snow accumulation and prevents ice stalectiles.
Should provide sound insulation. +Raised floor application Be sustainable Since it is a weekend house, should bolts Should be able to carry moving loads +Standart joints and wooden members have feeling of domesticity will provide easy repair and change in the future. +Stable structue provided +Wood Shoul be safe +Metal Railings added A Staircase needs to wooden landing wooden stairs aluminium box Pattern 4# Sound profile Be Ergonomic and safe and stable. Have be easy and fast Application. steel beam Obsorbing Surfa+14cm stair height is provided +Simple bolt system used ces +Fall protections added
-Granite Tiles -Cavity -Plywood -Aliminium box profiles
Cold Roof
Isometric View
-Tempered Glass -Cleaning space -Tempered Glass
Have Thermal insulation +Double Skin Facade
A Facade Should Provide Water tightness
Be Fire resistant +Tempered glass facade, strong against fire
Double Skin Faรงade Connection Detail
Capillary break in facade profiles
1
2
3
Top of Roof
A B
+10.00
C
200 Steel Gusset Plate
2471
+7.28
Bottom of Roof
-Composite Cover -Glass Wool -Fire Resistive Gypsum Boards -Steel I Beam
-Overlapping roof covering -Vapour Proofing Layer -Glass Wool -Vapour Proofing Layer -Fire resistant Gypsum Boards -Steel I Beam with Fire Proofing Spray
115
100 60
267
+6.08
-Ventilation Grille -Wind Director -Double Skin Cavity -Glazing Panels
-Composite Cover -Glass Wool -Transom -Double Skin Cavity -Transom
1204
1016
-Composite Cover -Glass Wool -Fire Resistive Gypsum Boards -Steel I Beam
W1
-Plywood Covering -Raised Floor Cavity -Plywood -Aluminium Box Profiles
Width: 50 Height:100
+5.06
-Composite Cover -Glass Wool -Composite Cover -Double Skin Cavity
Double Skin Façade-Roof Connection Detail
D1
2067
Double Skin Façade-Mezzanine Floor Connection Detail
Width: 5 Height: 210
Mezzanine Floor Level
G1 Width: 110 Height: 63
+2.96 +2.23
Top of Door
Width: 5 Height: 200
D1
A B
-Ventilation Grille -Wind Director -Double Skin Cavity -Glazing Panels
D2
2845
Width: 5 Height: 210
-Plywood Covering -Raised Floor Cavity -Plywood -Aluminium Box Profiles
D1 0.00
Width: 5 Height: 210
W1 Width: 50 Height:100
-Wooden Planks -Cavity -Screed -Concrete Slab -Reinforced Concrete Foundation -XPS insulation -Water Proofing Membrane -Sand fill -Gravel
-Wooden Planks -Cavity -Screed -Concrete Slab -Reinforced Concrete Foundation -XPS insulation -Water Proofing Membrane -Sand fill -Gravel
Frost Line
-Plywood Covering -Raised Floor Cavity -Plywood -Aluminium Box Profile -Wooden Planks -Cavity -Screed -Concrete Slab -Reinforced Concrete Foundation -XPS insulation -Water Proofing Membrane -Sand fill -Gravel
850
90 120 200 400
-0.60
Partial Elevation
100 60
50 83 400
1007
+0.20
2438 1431
+0.10 0.00 -0.20
C
-0.60 -0.65
-0.67
-0.80
-Wooden Planks -Cavity -Screed -Concrete Slab -Reinforced Concrete Foundation -XPS insulation -Water Proofing Membrane -Sand fill -Gravel
System Section N
Final Exam - Building System Detail Drawing 1166
2533
Floor-Mezzanine Floor-foundation Connection Detail
TBM: 58
Partial Plan 1363
Double Skin Façade-Floor-Foundation Connection Detail
Key Plan
Date: Drawn By:
16.01.2019 Alp Fahri Ardıç
ARCH 351 Building Detail Modeling
A
1
BC D E
N
1
TBM:1900 WC
F2
1 3500 1000
Window Sill Height: 72 W:3 Height 25
+-0.00
Door W:5 Height 90
F1
1416
F1
D1 Door W:5 Height 90
300 97
1488 1780
A
97
767 97
1264
864
1361 5300
97
1000
97 300
1300
BC D E
1011
1750
5 6
D1
250
4
Double Skin Cavity
1
2
2
3
3
4
4 Section 5 6
5 6
3
2000
W1
Window Sill Height: 72 W:3 Height 25
Enterence
9930
250 818
8000
3
2
W1
F1
BC D E
Study Room Hall
2
A
Longitudinal Section
4 5 6
Short
A
BC D E
Key Plan F1: -Wooden Planks -Raised Floor Cavity for cables and pipes -Screed -Concrete Slab -Reinforced Concrete Foundation
F2: -Seramic Tiles -Raised Floor Cavity for cables and pipes -Screed -Concrete Slab -Reinforced Concrete Foundation
Ground Floor Plan Drawing Date: Drawn By: Scale:
18.01.2018 Alp Fahri Ardıç 1/50
ARCH 351 BUILDING DETAIL MODELLING
A
BC D E 4520
1
250 560
1
W1
Bedroom
Window Sill Height: 72 W:3 Height 25
+1.53
3500
Double Skin Cavity
2
2000
2
9930
3
3
+2.93
F1
4
1416
4
Door W:5 Height 90
+-2.93
F2
300 97
1488 1780
A
97
767 97
1264
864
1361 5300
97
1000
97 300
1300
BC D E
F1: -Plywood covering -Raised Floor Cavity for cables and pipes -Plywood first layer -Box Profile Beams
TBM:1900
1
A
BC D E
1
2
2
3
3
4
4 Section 5 6
5 6
F2: Double Skin's Steel Mesh Floor carried by the mullions
Longitudinal Section
Short
A
BC D E
Key Plan
5 6
D1 1011
5 6
2000
+-0.00
N
D1 Door W:5 Height 90
First Floor Plan Drawing Date: Drawn By: Scale:
18.01.2018 Alp Fahri Ardıç 1/50
ARCH 351 BUILDING DETAIL MODELLING
A
+10.00
BC D E
Top of Roof
+10.00
Double Skin Façade-Mezzanine Floor Connection Detail Scale: 1/20
200
C4 2471
+6.08
Drainage Pipe
C3
GL1
+2.96
C3 GL2
C2 GL3
Top of Door
2845
TBM:1900
Composite Façade Covering H:63 W:1280
GL1
Drainage Pipe End
Grille Width: 110 Height: 63
N
D1 Door Width: 5 Height: 210
0.00
BC D E
Composite Façade Covering H:63 W:1280
A
G1
5 6
C2
Mezzanine Floor Level
Short
GL1
+2.96
2067
4 Section 5 6
GL1
4
Composite Façade Covering H:950 W:1050
3
GL3
3
GL2
+5.06
2
C3
1016
2
C1
Composite Façade Covering H:950 W:1050
-Plywood Covering -Raised Floor Cavity -Plywood -Aluminium Box Profiles
1
GL4
Composite Façade Covering H:950 W:1280
0.00
1204
GL6
1
Window Sill Height: 72 W:117 Height 103
GL6
100 60
BC D E
+5.06
W2
GL5
+7.28
A
+6.08
Bottom of Roof
Gutter
Longitudinal Section
+7.28
Frost Line
-0.60
-0.60
Key Plan
Water Table
South Elevation Drawing
A
BC D E
Date: Drawn By: Scale:
18.01.2018 Alp Fahri Ardıç 1/50
ARCH 351 BUILDING DETAIL MODELLING
Drainage Pipe
+6.08
1016
+2.96
Window Sill Height: 72 W:500 Height 820
Mezzanine Floor Level
1040 2845
1040 150
1330
+2.96
825
1524
5077
Drainage Pipe End
0.00 Frost Line
0.00
BC D E A 5 6
Floor-Mezzanine Floor-foundation Connection Detail Scale:1/20
-0.60
-0.60
Short
-Plywood Covering -Raised Floor Cavity -Plywood -Aluminium Box Profile -Wooden Planks -Cavity -Screed -Concrete Slab -Reinforced Concrete Foundation -XPS insulation -Water Proofing Membrane -Sand fill -Gravel
W1
2067
4 Section 5 6
Key Plan
1204
+6.08
4
N
+7.28
3
Gutter
3
Bottom of Roof
1
+7.28
2
TBM:1900
2471
A
C4
Composite Façade Covering H:950 W:1050
2
200
1
+10.00
BC D E
Top of Roof
A
E D CB
Longitudinal Section
+10.00
Water Table
North Elevation Drawing
E D CB A
Date: Drawn By: Scale:
18.01.2018 Alp Fahri Ardıç 1/50
ARCH 351 BUILDING DETAIL MODELLING
RF1
RF1
RF1
RF1
RF1
RF1
RF1
RF1
RF1
RF1
2720
Sill Height: 72 W:2000 Height 600
Short
4 Section 5 6
3
BC D E
RF1
A
RF1
+7.28
Bottom of Roof
5 6
RF1
4
RF1
Overlaping Roof Covering
3
RF1
RF1
2
RF1
1
RF1
BC D E
RF1
+10.00
Roof Top
2
+7.28
RF1
5 6
1
RF1
4
A
+10.00
3
Longitudinal Section
2
1
Key Plan
Gutter
TBM:1900
N
-Wooden Planks -Cavity -Screed -Concrete Slab -Reinforced Concrete Foundation -XPS insulation -Water Proofing Membrane -Sand fill -Gravel
WA1
90 120
Reinforced Concrete Wall
400
W1
Direnage Pipe
50 83
Window Sill Height: 72 W:3 Height 25
400
Fnish Grade +0.25 Existing Grade Frost Line
-0.60 Water Table
1
200
10000
6680
2
3
0.00
232 200 400
Double Skin FaadeFloor-Foundation Connection Detail Scale:1/50
West Elevation Drawing
4
5 6
Date: Drawn By: Scale:
18.01.2018 Alp Fahri Ardıç 1/50
ARCH 351 BUILDING DETAIL MODELLING
RF1
RF1
RF1
RF1
RF1
RF1
RF1
RF1
RF1
RF1
2720
Sill Height: 72 W:2000 Height 600
Short
4 Section 5 6
3
BC D E
RF1
A
RF1
+7.28
Bottom of Roof
5 6
RF1
4
RF1
3
RF1
Overlaping Roof Covering
2
RF1
RF1
1
RF1
BC D E
RF1
+10.00
Roof Top
2
+7.28
RF1
1
1
RF1
2
A
+10.00
3
4
Longitudinal Section
6 5
TBM:1900
N
Key Plan
Gutter -Composite Cover -Glass Wool -Fire Resistive Gypsum Boards -Steel I Beam
WA1 Reinforced Concrete Wall
6680
10000
115 267
W1
Direnage Pipe
Window Sill Height: 72 W:3 Height 25
Double Skin Façade-Roof Connection Detail Scale:1/50
Fnish Grade +0.25 Existing Grade Frost Line
-0.60 Water Table
6 5
4
3
2
0.00
232 200 400
East Elevation Drawing
1
Date: Drawn By: Scale:
18.01.2018 Alp Fahri Ardıç 1/50
ARCH 351 BUILDING DETAIL MODELLING
A
+10.00
BC D E
Roof Top
+7.28
F1: -Plywood covering -Raised Floor Cavity for cables and pipes -Plywood first layer -Box Profile Beams
R
Overlaping Roof Covering
Bottom of Roof
Gutter
+7.28
+6.08
+6.08
7000
W1 Window Sill Height: 72 W:3 Height 25
Mezzanine Floor Top
+2.96
10000 +2.96
350
F1 2400 F2
Fnish Grade +0.25 Existing Grade
+0.25 0.00
0.00 Frost Line
-0.60
-0.60
TBM:1900
1
F2: -Wooden Planks -Raised Floor Cavity for cables and pipes -Screed -Concrete Slab -Reinforced Concrete Foundation
+5.06
+5.06
N
+10.00
232 200 400
A
Longitudinal Section
BC D E
1
2
2
3
3
4
4 Section 5 6
5 6
R: -Overlapping roof covering -Vapour Proofing Layer -Fire resistant Gypsum Boards -Glass wool -Steel Roof Structure with fireproofing layer
Short
A
BC D E
Key Plan Bedroom Study Room Staircase
Water Table
300 97
1488 1780
A
97
767 97
1264
864
1361 5300
97
1000
97 300
1300
BC D E
Short Section Ground Floor PlanDrawing Drawing Date: Drawn By: Scale:
18.01.2018 Alp Fahri Ardıç 1/50
ARCH 351 BUILDING DETAIL MODELLING
6 5
+10.00
Steel Gusset Plate
+7.28
3
4
2
1
N
+10.00
-Overlapping roof covering -Vapour Proofing Layer -Glass Wool -Vapour Proofing Layer -Fire resistant Gypsum Boards -Steel I Beam with Fire Proofing Spray
-Composite Cover -Glass Wool -Fire Resistive Gypsum Boards -Steel I Beam
1
+6.08
1016 +5.06
-Composite Cover -Glass Wool -Composite Cover -Double Skin Cavity
BC D E
1
2
2
3
3
4
4 Section 5 6
5 6
W1
Short
A
BC D E
Key Plan
Width: 50 Height:100
10000
D1
2107 6 5
Width: 5 Height: 210
+2.96
+2.96
F2 -Ventilation Grille -Wind Director -Double Skin Cavity -Glazing Panels
D2 Width: 5 Height: 200
0.00
A
+7.28
+6.08
+2.23
Longitudinal Section
2671
1204
+5.06
TBM:1900
D1
W1
Width: 5 Height: 210
Width: 50 Height:100
729 +2.23
-Plywood Covering -Raised Floor Cavity -Plywood -Aluminium Box Profiles -Wooden Planks -Cavity -Screed -Concrete Slab -Reinforced Concrete Foundation -XPS insulation -Water Proofing Membrane -Sand fill -Gravel
Bedroom Study Room
4
3
2
1
4
3
2
1
+10.00
WC 2233
F1
6 5
Key Section
0.00
Frost Line
Frost Line
-0.60
-0.60
Water Table
Water Table
1011
1441
1931 6382
2002
Longitidunal Section Drawing Date: Drawn By: Scale:
18.01.2018 Alp Fahri Ardıç 1/50
ARCH 351 BUILDING DETAIL MODELLING
Alp Fahri Ardıç Weekend House in Erzurum Arch 351 - Fall 2018