Tianyi Jiang-Portfolio 2-Workbook

TEACHING GARDEN

L A N D S C A P E C O N S T R U C T I O N 2 PA R T T W O L A N D S C A P E D E TA I L S

T I A N Y I

J I A N G

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M L A

S E M 1

W O R K B O O K 0 3

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DESIGN PROPOSALS

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D E V E LO PM E N TA L S T U D I E S

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CONSTRUC TION DRAWINGS

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DESIGN PROPOSALS

LEITH

DESIGN PROPOSALS | CONTEXT

IUM STAD

LUB C F GOL

SAUGHTON PARK

A71

Saughton Park is a large public park with multiple functions, situates in the south-west of Edinburgh, Balgreen Road, adjacent to the Water of Leith. Size is approximately 7 acres.

SAUGHTON PARK

HMP

M

1 A7

AIN R T

A TR

A7 0

M TRA

ER RIV

ter Winden Gar

4.2m

Play Area South Entr anc

e

2.

5m

TEACHING GARDEN The site is surrounded by two walls in the north and east. The Winter Garden is in the northeast corner of this site, and the western paving is the main north-south connection of this park.

TIANYI JIANG S1611796 | 04

DESIGN PROPOSALS | CONCEPT + MASTERPLAN n

CIRCULATION

R

e os

G

n

e ard

er t n Wi

G

e ard

Connect Winter Garden and the main path with clear and direct circulation routes.

STRUCTURE

3

Create a functional and aesthetical structure for teaching, cultivation and demonstration.

1

2

FUNCTION

n alia

It

Add teaching and recreation spaces, provide more interactive experiences for visitors.

1:100@A3

ya

AFTER

1

Seating platforms 2 Central playground 3

Pla

BEFORE

n de rFlower a Columns G

0 1 2 3 4 5m

rea S ou th E

TIANYI JIANG S1611796 | 05

nt r a n ce

DESIGN PROPOSALS | STRUCTURE

Rose Garden

Winte rG

1

Flower Columns

3

Play area - South En trance

arden

Central playground Seating platforms

2

Italian Ga

rden

TIANYI JIANG S1611796 | 06

DESIGN PROPOSALS | FOOTPATH Since the teaching garden is mainly designed for school communities, red rubber was chosen as the material of paving which is ideal for a play surface, and it is also a recycled product. The specie for the lawn is Kidney Vetch.

It does not require mowing as it is a low maintained green cover specie that can be maintained by people stepping on it. The material for edges is stainless steel which can provide a clear and thin edge between the rubber and the lawn.

Kidney Vetch

Red Rubber

- low maintain - native - no mow

Stainless steel

- recycled product - elastic touch - ideal play surface

- durable - stable - thin

Edging (original)

Edging

Footpath (original)

Footpath

TIANYI JIANG S1611796 | 07

DESIGN PROPOSALS | FLOWER COLUMN Cor-ten steel

Collect water

t

em

D r ai n

a ge

s ys

- durable - cheap - fireproof

Support climbers to grow up

Plan (original) Soil

R o ot p

att

e

rn

Planting

Teaching

Playing

Elevation (original)

A-A section (original)

TIANYI JIANG S1611796 | 08

DESIGN PROPOSALS | CENTRAL CIRCLE

Zoomup 1 (original)

B-B section (original)

Plan (original)

Elevation (original)

A-A section (original)

TIANYI JIANG S1611796 | 09

DESIGN PROPOSALS | CENTRAL CIRCLE Cor-ten steel

en

ts

- dura b l e

- co

li m

o grow up

rt c

b

t ers

Sup po

Plan t

ing

are

af or

st u

d

Steel wire

Timber-oak

I n this design, m ater ials a re caref ully considered, based on colour feature, sense of touch, durability, safety, reusability and sustainability, so that the structure can age well in the external context with low maintenance.

Plant pots

- durable - cheap - fireproof

Recrea

lo

tion area

r fe s y s te

Learning

m

Dr a i n a g

e

e atur

Soil

Playing

Planting

The graphics show one unit of the central playground. The structure is similar to an auditorium, and the central circular space is designed for outdoor teaching, performances and play time. The steel wire can support climbers to grow up, the plant pots between columns and in the platform can bring nature into this structure, and combine education and cultivation together.

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DESIGN PROPOSALS | PLANTING

Plants are combined with the design to help create a stimulating outdoor learning environment. All the vegetation integrated with the structure can act as a teaching aid; students can grow their own food and watch how plants develop over time. Besides, after plants grow up, the features of this structure will change and become more sheltered and green with seasonal colour changes. The whole design would fade into the background of hedges and the scene of Saughton Park.

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DESIGN PROPOSALS | PLANTING SCHEDULE

CODE

BOTANICAL NAME

COMMON NAME

PLANT TYPE

DESIGN USE

A

Lonicera japonica 'Halliana'

Hall's Japanese honeysuckle

climbers

B

Clematis × cartmanii 'Joe' (Fo/m)

clematis 'Joe'

C

Tropaeolum speciosum

D

PLANTING SCHEDULE

SIZE

FOLIAGE

HABIT

MATURE TIME CONTAINOR AMOUNT （year） SIZE (cm)

HARDNESS

GROWING REQUIREMENTS

N/A

H5

Vigorous honeysuckle best in partial shade but tolerates full sun, thrives in any moist but well-drained soil.

450cm²×50

51

H4

Grow in well-drained, gritty soil in full sun or part shade with shelter.

5~10

450cm²×50

51

H5

Plant in cool, leafy or humus-rich soil with the plant growing into the sun or partial shade.

bushy

10~20

N/A

7

H5

Suitable for woodland and acidic soils.

deciduous

bushy

5~10

N/A

6

H5

Grow in moderately fertile, moist but well-drained acid to neutral soil in full sun or partial shade in an open but not exposed site.

1.5-2.5

deciduous

bushy

5~10

N/A

6

H5

Grow in fertile humus-rich moist but well-drained acid soil, best in part or dappled shade.

2.5-4

1.5-2.5

evergreen

Columnar/ Upright

20~50

N/A

8

H4

Grows best in fertile, moist, well-drained, lime-free soils. Successful in both sunny and shady positions but prefers semi-shade.

color feature shrubs

1-1.5

1-1.5

evergreen

bushy

10~20

N/A

11

H5

Grow on a good neutral to acid soil with added humus. Avoid full sun which can cause yellowing of the leaves.

shrubs

backgorund shrubs

1.5-2.5

1.5-2.5

evergreen

bushy

10~20

N/A

11

H4

Grow in moist but well-drained, leafy humus-rich, acid soil.

perennials

color feature perennials

0.1-0.5

0.1-0.5

deciduous

bushy

1~2

N/A

N/A

H5

Grow in fertile, well-drained soil in full sun or partial shade.

Calendula officinalis Fiesta marigold Fiesta Gitana perennials Gitana Group Group

color feature perennials

0.3

0.1-0.5

deciduous

bushy

1~2

N/A

N/A

H5

Grow in a light, poor, free-draining soil in full sun or partial shade.

perennials

color feature perennials

0.1-0.5

0.1-0.5

evergreen

bushy

1~2

N/A

N/A

H5

Grow in poor to moderately fertile, well-drained, neutral or, ideally, alkaline soil; full sun is essential.

willow-leaved sunflower perennials

color feature perennials

1.5-2.5

0.5-1

deciduous

bushy

2~5

N/A

N/A

H7

Requires a moderately fertile, moist but well-drained, alkaline to neutral soil in full sun.

HEIGHT(m)

SPREAD(m)

wall-cover climbers

4-8

1-1.5

evergreen

climbing

5~10

N/A

climbers

backgorund climbers

1-1.5

0.1-0.5

evergreen

climbing

2~5

Scottish flame flower

climbers

color feature climbers

3

0.5-1

deciduous

climbing

Camellia japonica 'Rubescens Major'

camellia 'Rubescens Major'

shrubs

wall-cover shrubs

2.5-4

1.5-2.5

evergreen

E

Hamamelis × intermedia 'Orange Peel'

hybrid witch hazel

shrubs

wall-cover shrubs

2.5-4

2.5-4

F

Clethra alnifolia

bush pepper

shrubs

wall-cover shrubs

2

G

Tasmannia lanceolata

mountain pepper

shrubs

color feature shrubs

H

Skimmia japonica 'Rubella' (m)

skimmia 'Rubella'

shrubs

I

Rhododendron 'Hotei'

rhododendron'Hotei'

J

Coreopsis grandiflora 'Sunray'

tickseed 'Sunray'

K

COLOR SPRING

SUMMER AUTUMN

WINTER

L

Erysimum × marshallii 'Orange Monarch'

M

Helianthus salicifolius

N

Sedum 'Marchants Best Red'

stonecrop 'Marchants Best Red'

perennials

color feature perennials

0.6

0.1-0.5

deciduous

Columnar/ Upright

2~5

N/A

N/A

H7

Grow in moderately fertile, well-drained, neutral to slightly alkaline soil in full sun. A drought-tolerant plant.

O

Achillea 'Credo'

yarrow 'Credo'

perennials

color feature perennials

0.5-1

0.5-1

deciduous

Columnar/ Upright

2~5

N/A

N/A

H7

An open sunny position in a moist but well-drained soil is best.

P

Helenium 'Moerheim Beauty'

sneezeweed 'Moerheim perennials Beauty'

color feature perennials

0.5-1

0.1-0.5

deciduous

Columnar/ Upright

2~6

N/A

N/A

H7

Grow in any fertile, moist but well-drained soil in full sun.

Q

Vinca minor 'La Grave'

lesser periwinkle 'La Grave'

perennials

color feature perennials

0.2

1-1.5

evergreen

mat forming

5~10

N/A

N/A

H6

Grow in all but the driest soils. Flowers best in full sun but very useful for shady areas.

R

Viola 'Sorbet Yellow Frost' (Sorbet Series)

pansy 'Sorbet Yellow Frost'

annuals

annuals in plant pots

0-0.1

0.3

semievergreen

bushy

1~2

100×20×7

N/A

H5

Grow in fertile, humus-rich, moist but well-drained soil in full sun or partial shade.

S

Bellis perennis 'Dresden China'

daisy 'Dresden China'

annuals

annuals in plant pots

0-0.1

0.3

evergreen

mat forming

1~2

100×20×7

N/A

H5

Grow in well-drained moderately fertile soil in full sun or partial shade.

T

Anthyllis vulneraria

kidney vetch

grass

lawn

0.1-0.5

0.5-1

semievergreen

bushy

1~2

N/A

N/A

H6

Well-drained, poor to moderately fertile soil in full sun.

U

Pachysandra terminalis

Japanese spurge

perennials

ground cover

0.25

1-1.5

evergreen

mat forming

2~5

N/A

N/A

H5

Grow in any soil, except very dry, in full or partial shade.

V

wallflower 'Orange Monarch'

Exsiting trees

TIANYI JIANG S1611796 | 12

DESIGN PROPOSALS | VISUALIZATION

TIANYI JIANG S1611796 | 13

S

K

E

T

C

H

E

S

SKETCHES | FOOTPATH

TIANYI JIANG S1611796 | 15

SKETCHES | FLOWER COLUMN

TIANYI JIANG S1611796 | 16

SKETCHES | FLOWER COLUMN

TIANYI JIANG S1611796 | 17

SKETCHES| CENTRAL CIRCLE

TIANYI JIANG S1611796 | 18

SKETCHES| CENTRAL CIRCLE

TIANYI JIANG S1611796 | 19

SKETCHES| CENTRAL CIRCLE

TIANYI JIANG S1611796 | 20

DEVELOPMENTAL STUDIES

DEVELOPMENTAL STUDIES | RUBBER

SOFT SURFACES WETPOUR RUBBER SURFACE It is proposed to use red wetpour rubber with an EPDM wearing course layer as the surface of both the footpath and the main playground in the Central Circle. Children and school communities are the main ser vice groups of the design. Rubber surfaces can provide well-protected play areas to children.

TIANYI JIANG S1611796 | 22

DEVELOPMENTAL STUDIES | COR-TEN STEEL

KLOECKNER METALS COR-TEN STEEL Cor-ten steel is proposed to use as the surfaces of the Flower columns as well as columns and side surfaces of the Central Circle. The Cor-ten sheets are not proposed to be pre-finished because the oxidation of themselves will protect the sheets from corrosion with a dark brown colour over the surfaces.

TIANYI JIANG S1611796 | 23

DEVELOPMENTAL STUDIES | STAINLESS STEEL

METALS4U DULL POLISHED STAINLESS STEEL Stainless steel is proposed to use as the inside layer of the planters of the Flower Column and sur faces of the built-in planters of the Cental Circle. The polished sur face treatment will be used to give this material a reflective sur face.

TIANYI JIANG S1611796 | 24

DEVELOPMENTAL STUDIES | OAK TIMBER

BRITISH HARDWOODS OAK TIMBER Oak timber is proposed to use as the surfaces of the Central Circle. This material will provide a comfortable seating area to children with an attractive figuring.

TIANYI JIANG S1611796 | 25

DEVELOPMENTAL STUDIES | TIMBER FINISHES

TIANYI JIANG S1611796 | 26

DEVELOPMENTAL STUDIES | DRAINAGE CHANNEL

 Discrete slot channel 50mm visible width Slot 20mm Interfaces with ACO vinyl seal Grades 304 or 316

 SLOT CHANNEL

50

(C) 60 - 120

20



 





Length Width (A) Depth (B) Load class (C) Grate type

What the sub-base is and the floor build ups (provide a section ideally) Amount of water to be drained/+area to be drained and rainfall intensity Discharging into foul or storm Position and number of outlets (provide a plan detail ideally) Outlet connection diameter Whether any caustic solutions are to be drained (chlorinated water, acids, alkalies etc)

 

ACO SLOT DRAINAGE CHANNEL The AS601 linear drainage channel system is proposed to use along the edges of the footpath to offer simple and effective sur face water interception.

TIANYI JIANG S1611796 | 27

DEVELOPMENTAL STUDIES | DRAINAGE CHANNEL

MARSHALLS LINEAR DRAINAGE CHANNEL The drexus slot drain low capacit y linear drainage system is proposed to use along the edges of the platforms of the Central Circle as an effective and beautifully discreet solution for sur face water removal within the site.

TIANYI JIANG S1611796 | 28

DEVELOPMENTAL STUDIES | LED LIGHT STRIP

EXTERIOR LIGHTS LED FLEXIBLE STRIP LIGHT The 12V water resistant LED flexible strip light is proposed to install at the top and the bottom between the outside layer and inside layer of the planters of the Flower Column.

TIANYI JIANG S1611796 | 29

DEVELOPMENTAL STUDIES | GEOTEXTILE

TERRAM STANDARD GEOTEXTILE Te r r a m s t a n d a r d g e o t e x t i l e s a r e p r o p o s e d t o u s e d a r o u n d t h e r a i nw a te r o u t l e t s t r u c t u re s o f t h e Fl owe r Co l u m n a n d t h e Centr al Ci rcle. The y are designed to prov ide th e f ilt rat ion an d separation functions as well as the stabilisation of soils and gravels.

TIANYI JIANG S1611796 | 30

DEVELOPMENTAL STUDIES | STEEL WIRE

METALS4U STAINLESS STEEL WIRE The stainless steel wire will be used to link the wooden planters with the platforms of the Central Circle. It can support climber the grow and provide a natural-filled learning environment for children.

TIANYI JIANG S1611796 | 31

DEVELOPMENTAL STUDIES | FIXING METHODS

METALS4U FORGEFIX SLEEVE ANCHORS The Anchor bolts will be used for fixing and installation of oak timber, cor-ten steel and stainless steel with the concrete foundation of the Central Circle.

TIANYI JIANG S1611796 | 32

DEVELOPMENTAL STUDIES | LITERATURE

Clamp, H. (1986). Spon's landscape contract manual : A guide to good practice and procedures in the management of landscape contracts. London: Spon.

Garmory, N., Tennant, R., & Winsch, C. (2007). Professional practice for landscape architects (Second ed.). Amsterdam ; London: Architectural.

Clamp, H. (1999). Landscape professional practice : A guide to legislation, conduct, appointments, practice and contract procedures (Second ed.). Aldershot, England ; Brookfield, Vt.: Gower.

TIANYI JIANG S1611796 | 33

CONSTRUCTION DRAWINGS 160 160

200

1280

1280

270

270

800

800

General Notes 1. ALL DIMENSIONS IN MILLIMETERS UNLESS NOTED OTHERWISE. 2. ALL LEVELS IN METERS. Key Notes 3. Built-in planter: 5mm thick stainless steel with 1D mill finishes by Metals4U or equal and approved, refer to attached details and sizes.

4. Top surface of platform: Oak timber with conversion varnish finishes by British Hardwoods or equal and approved, 50mm height x 900mm width, length refer to C07, laid on the oak strips, fixed by anchors bolts.

5. Potting soil in built-in planter: 170mm depth.

6. Surface of column: 5mm thick cor-ten steel without specific surface treatment by Kloeckner Metals or equal and approved, supported by concrete inside.

7. Potting soil in wooden planter: 220mm depth.

8. Wooden planter: 270mm height x 260 mm width x 1300mm length, made up of 20mm think oak timber with conversion varnish finishes by British Hardwoods or equal and approved, fixed with cor-ten steel and concrete foundation by anchors bolts.

9. Steel wire: 5mm diameter, by Metals4U or equal and approved, length refer to different details of each unit in C06.

10. Concrete foundation.

11.Side surface of platform: Cor-ten steel without specific surface treatment by Kloeckner Metals or equal and approved, 5mm thick, fixed with concrete foundation by anchors bolts.

12.Wooden grid structure: Oak strips with conversion varnish finishes by British Hardwoods or equal and approved, 30mm height x 30mm width x 770mm length, laid on the concrete foundation, fixed with oak timber on the top and concrete below by anchors bolts.

13.Gap between each two oak timbers to allow rainwater flow off, 10mm width.

14.Clean washed filter gravel: 20/30mm diameter, 50mm depth.

15.Rectangular holes on built-in planter: 20mm height x 5mm width with 14mm interval.

16.Geotextile: White standard geotextile by Terram or equal and approved, along the inner surface of built-in planter to stabilise soils.

17.Bitumen macadam base: 12mm gauge, 50mm depth.

18.Drexus slot linear drainage channel: 130mm width x 200mm depth x 240mm length. 30mm visible width including 20 mm surface aperture, by Marshalls or equal and approved.

19.Final compacted DOT type 1 sub base: 150mm depth.

20.Compacted sub-grade.

21.Topsoil zone. Refer to Topsoil & Amelioration G.A. / BHS GA 097 4B 003.

22.Groove at the bottom of the oak timber: 10mm height x 10mm depth x 240mm length, to direct rainwater flow.

A-A Section 150

B-B Section

150

150 300 150 A

200

200

150

150

150

360 130

210

190

770

370

2380

210

190 80

B

150 160

80

290

290

290

290

80

Course

Landscape Construction 2

Student

Tianyi Jiang

160

Part 2 – Construction Drawings

1640

S1611796 Project

A - A Section through Central Circle unit three

B - B Section through Central Circle unit three

Scale 1:20 @ A3

Scale 1:20 @ A3

Saughton Park Teaching Garden

Title

Details of Central Circle Status

For construction

Scale

Date

1:20@A3

Rev.

2017.04.28

C09

General Notes 1. ALL DIMENSIONS IN MILLIMETERS UNLESS NOTED OTHERWISE. 2. ALL LEVELS IN METERS.

Rev.

Description

00

Masterplan

C01

Details of footpath - Plan and Section

C02

Details of footpath Axonometric view and Detail Sections

C03

Details of Flower Column - Plan and Units

C04

Details of Flower Column - Detail Sections

C05

Details of Flower Column - Axonometric view

C06

Details of Central Circle - Plan and Units

C07

Details of Central Circle - Plan view

C08

Details of Central Circle - Elevations

C09

Details of Central Circle - Sections

C10

Details of Central Circle - Detail Sections

C11

Details of Central Circle - Axonometric view

Course

Landscape Construction 2 Part 2 – Construction Drawings

Student

Tianyi Jiang S1611796

Project

Saughton Park Teaching Garden

Title

Masterplan Status

Masterplan of Teaching Garden in Saughton Park

Scale 1:250 @ A3

For construction

Scale

Date

1:250@A3

Rev.

2017.04.28

00

General Notes

N

30

970

970

1. ALL DIMENSIONS IN MILLIMETERS UNLESS NOTED OTHERWISE. 2. ALL LEVELS IN METERS.

30

Key Notes 1. Topsoil zone. Refer to Topsoil & Amelioration G.A. / BHS GA 097 4B 003.

2. AS601 slot linear drainage channel by ACO Building Drainage or equal and approved. 100mm width x 180mm depth x 1000mm length laid on concrete bed. 30mm visible width including 20 mm surface aperture.

3. Wetpour rubber surface with an EPDM wearing course layer in red colour by Soft Surfaces or equal and approved. Each slot is 970mm width x 30mm depth x 1000mm length installed on macadam sub base. Method of fixing accordance with manufacture's recommendation.

4. Flower Columns. Refer to details and specifications of Flower Columns in C04.

5. Bitumen macadam base, 12mm gauge, 50mm depth.

6. Final compacted DOT type 1 sub base, 150mm depth.

7. Compacted sub-grade.

8. Concrete foundation for linear drainage channel, 200mm width x 100mm depth x 1000mm length.

A

A

Plan view of footpath Scale 1:10 @ A3

30 50 100 50

970

970

30 50 100 50

C01

30 N

50 50 50 150 50

Course

Landscape Construction 2 Part 2 – Construction Drawings

Student

Tianyi Jiang S1611796

250

Project

Saughton Park Teaching Garden

Title

Details of footpath A - A Section through footpath

Status

Scale 1:10 @ A3

For construction

Scale

Date

1:10@A3

Rev.

2017.04.28

C01

General Notes 1. ALL DIMENSIONS IN MILLIMETERS UNLESS NOTED OTHERWISE. 2. ALL LEVELS IN METERS. Key Notes 1. Topsoil zone. Refer to Topsoil & Amelioration G.A. / BHS GA 097 4B 003.

200 100 30 30

3. Wetpour rubber surface with an EPDM wearing course layer in red colour by Soft Surfaces or equal and approved. Each slot is 970mm width x 30mm depth x 1000mm length installed on macadam sub base. Method of fixing accordance with manufacture's recommendation.

30 50

50 50 50 50

150

2. AS601 slot linear drainage channel by ACO Building Drainage or equal and approved. 100mm width x 180mm depth x 1000mm length laid on concrete bed. 30mm visible width including 20 mm surface aperture.

4. Flower columns. Refer to details and specifications of Flower Columns in C04.

5. Bitumen macadam base, 12mm gauge, 50mm depth.

6. Final compacted DOT type 1 sub base, 150mm depth.

250

250

7. Compacted sub-grade.

8. Concrete foundation for linear drainage channel, 200mm width x 100mm depth x 1000mm length.

Detail one - Detail Section of structure

Detail one - Detail Section of drainage channel

Scale 1:10 @ A3

Scale 1:10 @ A3

Detail one

Detail two

30 50 150 Course

Landscape Construction 2 Part 2 – Construction Drawings

250

Student

Tianyi Jiang S1611796

Project

Saughton Park Teaching Garden

Title

Details of footpath

Axonometric view of footpath Scale 1:10 @ A3

Status

For construction

Scale

Date

1:10@A3

Rev.

2017.04.28

C02

General Notes 1. ALL DIMENSIONS IN MILLIMETERS UNLESS NOTED OTHERWISE. 2. ALL LEVELS IN METERS.

2.20

N

2.00

Key Notes 1. Flower Column unit one: 2.2m height, 300mm diameter, a total of 5. Details of surface treatment and construction refer to C04.

2. Flower Column unit two: 2m height, 300mm diameter, a total of 10. Details of surface treatment and construction refer to C04.

1.8 1.6

2

1.4

2.2

1.2

2

±0.00

Unit one -

Unit two -

4. Flower Column unit four: 1.6m height, 300mm diameter, a total of 11. Details of surface treatment and construction refer to C04.

5. Flower Column unit five: 1.4m height, 300mm diameter, a total of 9. Details of surface treatment and construction refer to C04.

1.6

1.6

6. Flower Column unit six: 1.2m height, 300mm diameter, a total of 4. Details of surface treatment and construction refer to C04.

1.8

1.4

1500mm width between each two units, each unit is 150mm from the edges of the footpath.

1.2

1.80 1.60

1.4

2

1.6

1.6

1.8

1.4

0.45

0.40

±0.00

±0.00

2

1.2 2.2

1.4 2

Unit three -

Unit four -

4

1.8

1.6 1.6

2.2

1.8

2

2

1500

1.6

±0.00

3. Flower Column unit three: 1.8m height, 300mm diameter, a total of 11. Details of surface treatment and construction refer to C04.

1.8

2.2

1.8

0.50

1.4

2

1.8

0.55

1.4

2300

1.2 1.4

1.6

1.4

1.8

1.6

2

1.40

2.2

N

1.20

2

1.8 1.8

Course

1.6

0.35

Unit five -

Part 2 – Construction Drawings

0.30

±0.00

±0.00

Landscape Construction 2

Student

Tianyi Jiang S1611796

Unit six Project

Saughton Park Teaching Garden

Title

Details of Flower Column Plan view of landscape element - Flower Column

Elevations of Flower Column units

Scale 1:200 @ A3

Scale 1:50 @ A3

Status

For construction

Scale

1:50/1:200@A3

Date

Rev.

2017.04.28

C03

General Notes

300 50

1. ALL DIMENSIONS IN MILLIMETERS UNLESS NOTED OTHERWISE. 2. ALL LEVELS IN METERS.

300 50

Key Notes

2.20

10 50

0.55

20 25

14 50

5

90

60

3 500

550

8 125

50

125

Detail one - Detail Section of lighting and planter Scale 1:5 @ A3

5

Âą0.00 Elevation of Flower Column unit one

25

Scale 1:10 @ A3

300 50

150

50

30

150

1. Collection area of rainwater harvesting: Cor-ten steel structure without specific surface treatment by Kloeckner Metals or equal and approved, 3mm thick, 10% slope to center.

2. Supporting device for climbers and the transportation structure of rainwater harvesting: 3mm thick cor-ten steel without specific surface treatment by Kloeckner Metals or equal and approved, fixed with other parts by welding.

3. Lighting: Aqualine warm white LED flexible light strip,12 V water resistant with self adhesive backing, by Exterior Lights UK or equal and approved, 8mm width x 10mm thick x 950mm length against the cor-ten steel.

4. Root pattern: Hollowed out on the cor-ten steel structure by laser cutting.

5. Outside layer of planter: 3mm thick cor-ten steel without specific surface treatment by Kloeckner Metals or equal and approved, fixed with other parts by welding.

6. Potting soil, 650mm depth.

7. Inside layer of planter: Dull polished stainless steel by Metals4U or equal and approved, 3mm thick, reflective surfaces are needed to reflect lights from LED light strips.

Fixed with other parts by welding.

8. Circular holes on the supporting device: 5mm diameter, a total of 16 holes with 60mm interval cut out by laser.

9. Geotextile: White standard geotextile by Terram or equal and approved, along the surfaces of supporting device and the planter to stabilise soils and gravels.

10. Rectangular holes on the supporting device and planter: 50mm height x 10mm width, a total of 64 holes with 60mm interval, cut out by laser.

11. Clean washed filter gravel: 20/30mm diameter, 100mm depth.

12. Concrete foundation: 600 diameter, 500mm height.

13. Final compacted DOT type 1 sub base: 150mm depth.

14. Compacted sub-grade.

15. Topsoil zone: Refer to Topsoil & Amelioration G.A. / BHS GA 097 4B 003.

16. Linear drainage channel: Refer to C01.

17. Wetpour red rubber surface: Refer to C01.

100

150

150

900

C04

A

N

25 200

50

N

25 Course

150

R25

Landscape Construction 2 Part 2 – Construction Drawings

Student

3

R150

A

125

50

S1611796

125 Project

150

125

50

125

600 Plan view of Flower Column unit one

A - A Section of Flower Column unit one

Scale 1:10 @ A3

Scale 1:10 @ A3

150 Details two - Detail Section of drainage structure

Tianyi Jiang Saughton Park Teaching Garden

Title

Details of Flower Column

Scale 1:5 @ A3 Status

For construction

Scale

1:5/1:10@A3

Date

Rev.

2017.04.28

C04

General Notes

Scale 1:10 @ A3

Axonometric view of Flower Column unit one

1. ALL DIMENSIONS IN MILLIMETERS UNLESS NOTED OTHERWISE. 2. ALL LEVELS IN METERS. Key Notes

1. Collection area of rainwater harvesting: Cor-ten steel structure without specific surface treatment by Kloeckner Metals or equal and approved, 3mm thick, 10% slope to center.

2. Supporting device for climbers and the transportation structure of rainwater harvesting: 3mm thick cor-ten steel without specific surface treatment by Kloeckner Metals or equal and approved, fixed with other parts by welding.

3. Lighting: Aqualine warm white LED flexible light strip,12 V water resistant with self adhesive backing, by Exterior Lights UK or equal and approved, 8mm width x 10mm thick x 950mm length against the cor-ten steel.

4. Root pattern: Hollowed out on the cor-ten steel structure by laser cutting.

5. Outside layer of planter: 3mm thick cor-ten steel without specific surface treatment by Kloeckner Metals or equal and approved, fixed with other parts by welding.

6. Potting soil, 650mm depth.

7. Inside layer of planter: Dull polished stainless steel by Metals4U or equal and approved, 3mm thick, reflective surfaces are needed to reflect lights from LED light strips.

Fixed with other parts by welding.

8. Circular holes on the supporting device: 5mm diameter, a total of 16 holes with 60mm interval cut out by laser.

9. Geotextile: White standard geotextile by Terram or equal and approved, along the surfaces of supporting device and the planter to stabilise soils and gravels.

10. Rectangular holes on the supporting device and planter: 50mm height x 10mm width, a total of 64 holes with 60mm interval, cut out by laser.

11. Clean washed filter gravel: 20/30mm diameter, 100mm depth.

12. Concrete foundation: 600 diameter, 500mm height.

13. Final compacted DOT type 1 sub base: 150mm depth.

14. Compacted sub-grade.

15. Topsoil zone: Refer to Topsoil & Amelioration G.A. / BHS GA 097 4B 003.

16. Linear drainage channel: Refer to C01.

17. Wetpour red rubber surface: Refer to C01.

C05

N

Course

Landscape Construction 2 Part 2 – Construction Drawings

Student

Tianyi Jiang S1611796

Project

Saughton Park Teaching Garden

Title

Details of Flower Column Status

For construction

Scale

Date

1:10@A3

Rev.

2017.04.28

C05

General Notes

2.80 2.60

N

2.60

1. ALL DIMENSIONS IN MILLIMETERS UNLESS NOTED OTHERWISE. 2. ALL LEVELS IN METERS.

2.40 Key Notes

1.87 1.60

2. Central Circle unit two: Two-story wooden platforms, 0.15m & 0.3m height x 1600mm width x 1.15m & 1.5m length. Two cor-ten steel columns in 2.6m & 2.8m height.

One built-in planter in the first story. One wooden planter, 1.3m from the second story.

1.07 0.80 2.25 1.2 3.2

2.8

1.6

3

1.15

2.6

1.3

0.30

2.4

0.15

0.9

Unit one -

1.1

3

0.15 ±0.00

2.2

1.45

±0.00

Unit two -

2 1.25

0.75

2.8

0.6 0.45 0.45 0.6 0.3 0.3

1.6

0.6 0.6 0.6 0.45 0.15 0.3

0.6 0.45 0.3

2.6 0.3

0.8

0.45 0.3 0.15 0.15

3.20

1.8 0.45 0.3 0.15

0.3 0.15

3.00

0.15

3.00

46

540

00

0

1.72 1.52

6200

1

0.3

2.6 0.45

0.15

0.3

0.15 0.3

0.3 0.6

0.95

0.30

0.15

Unit three -

±0.00

Unit four -

4

0.75 2.6

3.20 3.00

0.15 0.3

1.8

0.45 0.30

2.8

0.15

0.15 0.3 0.45 0.3 0.45 0.6

6. Central Circle unit six: Two-story wooden platforms, 0.15m & 0.6m height x 2400mm width x 1m & 1.5m length. Two cor-ten steel columns in 2.8m & 2.6m height. One built-in planter in the first story. One wooden planter, 0.55m from the second story.

0.60 0.45 ±0.00

1.45

4. Central Circle unit four: Three-story wooden platforms, 0.3m & 0.45m & 0.6m height x 2400mm width x 1m & 1.5m length. Two cor-ten steel columns in 3m & 3.2m height. One built-in planter in the second story. One wooden planter, 0.85m from the third story.

The six selected units are the most representative of all units, specific height and structure of other units refer to Plan view of landscape element - Central Circle.

2.4 0.15 0.3

1.6

1.45

1.25

7000

3. Central Circle unit three: Three-story wooden platforms, 0.15m & 0.3m & 0.45m height x 2400mm width x 1m & 1.5m length. Two cor-ten steel columns in 2.8m & 3m height. Two built-in planter in the first and the third stories.

One wooden planter, 0.8m from the third story.

5. Central Circle unit five: Three-story wooden platforms, 0.3m & 0.6m & 0.45m height x 2400mm width x 1m & 1.5m length. Two cor-ten steel columns in 3.2m & 3m height. One built-in planter in the third story. Two wooden planters, 0.6m & 1.65m from the third story.

2.80

0.15

2.4

1. Central Circle unit one: One-story wooden platform, 0.15m height x 800mm width x 1.3m & 1.5m length. Two cor-ten steel columns in 2.4m & 2.6m height. One built-in planter.

One wooden planter, 0.65m from the platform.

2.80

0.8

0.15

2.60

2.47

2

2.25

1.2 2.2

1

1.35 2.4

1.2

2.6

0.8

2.6 N

2.8 1.47

1.8 1.20

1.42 1.15

Course

Landscape Construction 2 Part 2 – Construction Drawings

0.60

0.60

Student

0.45

S1611796

0.30 0.15 ±0.00

Unit five -

Tianyi Jiang

±0.00

Project

Unit six -

Saughton Park Teaching Garden

Title

Details of Central Circle Plan view of landscape element - Central Circle

Elevations of Central Circle units

Scale 1:100 @ A3

Scale 1:50 @ A3

Status

For construction

Scale

1:50/1:100@A3

Date

Rev.

2017.04.28

C06

General Notes 1. ALL DIMENSIONS IN MILLIMETERS UNLESS NOTED OTHERWISE. 2. ALL LEVELS IN METERS. Key Notes

R7000

R4600

1. Wetpour red rubber surface: Refer to C01.

2. Adjacent units: Refer to attached details and sizes in C06.

3. Built-in planter: 5mm thick stainless steel with 1D mill finishes by Metals4U or equal and approved, refer to attached details and sizes.

4. Top surface of platform: Oak timber with conversion varnish finishes by British Hardwoods or equal and approved, 50mm height x 900mm width, length refer to C07, laid on the oak strips, fixed by anchors bolts.

5. Potting soil in built-in planter: 170mm depth.

6. Surface of column: 5mm thick cor-ten steel without specific surface treatment by Kloeckner Metals or equal and approved, supported by concrete inside.

7. Potting soil in wooden planter: 220mm depth.

8. Wooden planter: 270mm height x 260 mm width x 1300mm length, made up of 20mm think oak timber with conversion varnish finishes by British Hardwoods or equal and approved, fixed with cor-ten steel and concrete foundation by anchors bolts.

13.Gap between each two oak blocks to allow rainwater flow off, 10mm width.

18.Drexus slot linear drainage channel: 130mm width x 200mm depth x 240mm length. 30mm visible width including 20 mm surface aperture, by Marshalls or equal and approved.

21.Topsoil zone. Refer to Topsoil & Amelioration G.A. / BHS GA 097 4B 003.

R80

B

A

A 260

240

245

250

255

C07

260

275

280

285

290

295

300

305

310

315

320

325

330

335

340

345

355

90 30

1300

210

N

B 2400

210

Course

Landscape Construction 2 Part 2 – Construction Drawings

Student

Tianyi Jiang S1611796

Project

Saughton Park Teaching Garden

N Title

Details of Central Circle Plan view of Central Circle unit three

Status

Scale 1:10 @ A3

For construction

Scale

Date

1:10@A3

Rev.

2017.04.28

C07

General Notes 1. ALL DIMENSIONS IN MILLIMETERS UNLESS NOTED OTHERWISE. 2. ALL LEVELS IN METERS. Key Notes

3.00 2.80

3. Built-in planter: 5mm thick stainless steel with 1D mill finishes by Metals4U or equal and approved, refer to attached details and sizes.

4. Top surface of platform: Oak timber with conversion varnish finishes by British Hardwoods or equal and approved, 50mm height x 900mm width, length refer to C07, laid on the oak strips, fixed by anchors bolts.

6. Surface of column: 5mm thick cor-ten steel without specific surface treatment by Kloeckner Metals or equal and approved, supported by concrete inside.

8. Wooden planter: 270mm height x 260 mm width x 1300mm length, made up of 20mm think oak timber with conversion varnish finishes by British Hardwoods or equal and approved, fixed with cor-ten steel and concrete foundation by anchors bolts.

9. Steel wire: 5mm diameter, by Metals4U or equal and approved, length refer to different details of each unit in C06.

10. Concrete foundation.

11.Side surface of platform: Cor-ten steel without specific surface treatment by Kloeckner Metals or equal and approved, 5mm thick, fixed with concrete foundation by anchors bolts.

12.Wooden grid structure: Oak strips with conversion varnish finishes by British Hardwoods or equal and approved, 30mm height x 30mm width x 770mm length, laid on the concrete foundation, fixed with oak timber on the top and concrete below by anchors bolts.

13.Gap between each two oak blocks to allow rainwater flow off, 10mm width.

22.Groove at the bottom of the oak timber: 10mm height x 10mm depth x 240mm length, to direct rainwater flow.

1.52

1.25

C08

0.45 0.30 0.15

N

Âą0.00 Course

Landscape Construction 2 Part 2 – Construction Drawings

End Elevation of Central Circle unit three

Side Elevation of Central Circle unit three

Scale 1:20 @ A3

Scale 1:20 @ A3

Student

Tianyi Jiang S1611796

Project

Saughton Park Teaching Garden

Title

Details of Cenral Circle Status

For construction

Scale

Date

1:20@A3

Rev.

2017.04.28

C08

General Notes 1. ALL DIMENSIONS IN MILLIMETERS UNLESS NOTED OTHERWISE. 2. ALL LEVELS IN METERS. Key Notes

160 160

200

1280

1280

270

270

800

800

3. Built-in planter: 5mm thick stainless steel with 1D mill finishes by Metals4U or equal and approved, refer to attached details and sizes.

4. Top surface of platform: Oak timber with conversion varnish finishes by British Hardwoods or equal and approved, 50mm height x 900mm width, length refer to C07, laid on the oak strips, fixed by anchors bolts.

5. Potting soil in built-in planter: 170mm depth.

6. Surface of column: 5mm thick cor-ten steel without specific surface treatment by Kloeckner Metals or equal and approved, supported by concrete inside.

7. Potting soil in wooden planter: 220mm depth.

8. Wooden planter: 270mm height x 260 mm width x 1300mm length, made up of 20mm think oak timber with conversion varnish finishes by British Hardwoods or equal and approved, fixed with cor-ten steel and concrete foundation by anchors bolts.

9. Steel wire: 5mm diameter, by Metals4U or equal and approved, length refer to different details of each unit in C06.

10. Concrete foundation.

11.Side surface of platform: Cor-ten steel without specific surface treatment by Kloeckner Metals or equal and approved, 5mm thick, fixed with concrete foundation by anchors bolts.

12.Wooden grid structure: Oak strips with conversion varnish finishes by British Hardwoods or equal and approved, 30mm height x 30mm width x 770mm length, laid on the concrete foundation, fixed with oak timber on the top and concrete below by anchors bolts.

13.Gap between each two oak timbers to allow rainwater flow off, 10mm width.

14.Clean washed filter gravel: 20/30mm diameter, 50mm depth.

15.Rectangular holes on built-in planter: 20mm height x 5mm width with 14mm interval.

16.Geotextile: White standard geotextile by Terram or equal and approved, along the inner surface of built-in planter to stabilise soils.

17.Bitumen macadam base: 12mm gauge, 50mm depth.

18.Drexus slot linear drainage channel: 130mm width x 200mm depth x 240mm length. 30mm visible width including 20 mm surface aperture, by Marshalls or equal and approved.

19.Final compacted DOT type 1 sub base: 150mm depth.

20.Compacted sub-grade.

21.Topsoil zone. Refer to Topsoil & Amelioration G.A. / BHS GA 097 4B 003.

22.Groove at the bottom of the oak timber: 10mm height x 10mm depth x 240mm length, to direct rainwater flow.

A-A Section 150

B-B Section

150

150 300 150 A

200

200

150

150

150

B

150 Course

360

210

190

770

370

210

190 80

160

80

290

290

290

290

80

160

Part 2 – Construction Drawings Student

130

2380

1640

B - B Section through Central Circle unit three

Scale 1:20 @ A3

Scale 1:20 @ A3

Tianyi Jiang S1611796

Project

A - A Section through Central Circle unit three

Landscape Construction 2

Saughton Park Teaching Garden

Title

Details of Central Circle Status

For construction

Scale

Date

1:20@A3

Rev.

2017.04.28

C09

General Notes 1. ALL DIMENSIONS IN MILLIMETERS UNLESS NOTED OTHERWISE. 2. ALL LEVELS IN METERS. Key Notes

50

50

10

70

30

30

15

30 50

40 15 10 30

5

20

35

20

10

15 15

60

5

30

20

Detail one - Detail Section of oak blocks

Detail two - Detail Section of oak strips

Detail three - Detail Section of side surface

Scale 1:2 @ A3

Scale 1:2 @ A3

Scale 1:2 @ A3

30

45

3. Built-in planter: 5mm thick stainless steel with 1D mill finishes by Metals4U or equal and approved, refer to attached details and sizes.

4. Top surface of platform: Oak timber with conversion varnish finishes by British Hardwoods or equal and approved, 50mm height x 900mm width, length refer to C07, laid on the oak strips, fixed by anchors bolts.

5. Potting soil in built-in planter: 170mm depth.

6. Surface of column: 5mm thick cor-ten steel without specific surface treatment by Kloeckner Metals or equal and approved, supported by concrete inside.

7. Potting soil in wooden planter: 220mm depth.

8. Wooden planter: 270mm height x 260 mm width x 1300mm length, made up of 20mm think oak timber with conversion varnish finishes by British Hardwoods or equal and approved, fixed with cor-ten steel and concrete foundation by anchors bolts.

9. Steel wire: 5mm diameter, by Metals4U or equal and approved, length refer to different details of each unit in C06.

10. Concrete foundation.

11.Side surface of platform: Cor-ten steel without specific surface treatment by Kloeckner Metals or equal and approved, 5mm thick, fixed with concrete foundation by anchors bolts.

12.Wooden grid structure: Oak strips with conversion varnish finishes

by British Hardwoods or equal and approved, 30mm height x 30mm width x 770mm length, laid on the concrete foundation, fixed with oak timber on the top and concrete below by anchors bolts.

13.Gap between each two oak timbers to allow rainwater flow off, 10mm width.

15.Rectangular holes on built-in planter: 20mm height x 5mm width with 14mm interval.

16.Geotextile: White standard geotextile by Terram or equal and approved, along the inner surface of built-in planter to stabilise soils.

22.Groove at the bottom of the oak timber: 10mm height x 10mm depth x 240mm length, to direct rainwater flow.

23.Anchors bolts: 25mm length, by Metals4U or equal and approved, to fix cor-ton steel surfaces with concrete foundation.

24.Anchors bolts: 110mm length, by Metals4U or equal and approved, to fix oak timbers with oak strips and concrete foundation.

25.Anchors bolts: 60mm length, by Metals4U or equal and approved, to fix oak strips with concrete foundation.

26.Anchors bolts: 75mm length, by Metals4U or equal and approved, to fix oak planters with cor-ten steel columns and concrete foundation.

55

20 30

20 60 Course

Landscape Construction 2 Part 2 – Construction Drawings

Student

Tianyi Jiang S1611796

45

Project

Saughton Park Teaching Garden

Title

5 5

20

Details of Central Circle

5 50

20

30

35

Detail four - Detail Section of built-in planter

Detail five - Side Section through wooden planter

Detail six - Cross Section through wooden planter

Scale 1:2 @ A3

Scale 1:2 @ A3

Scale 1:2 @ A3

Status

For construction

Scale

Date

1:2@A3

Rev.

2017.04.28

C10

General Notes 1. ALL DIMENSIONS IN MILLIMETERS UNLESS NOTED OTHERWISE. 2. ALL LEVELS IN METERS. Key Notes 1. Wetpour red rubber surface: Refer to C01.

2. Adjacent units: Refer to attached details and sizes in C06.

3. Built-in planter: 5mm thick stainless steel with 1D mill finishes by Metals4U or equal and approved, refer to attached details and sizes.

4. Top surface of platform: Oak timber with conversion varnish finishes by British Hardwoods or equal and approved, 50mm height x 900mm width, length refer to C07, laid on the oak strips, fixed by anchors bolts.

5. Potting soil in built-in planter: 170mm depth.

6. Surface of column: 5mm thick cor-ten steel without specific surface treatment by Kloeckner Metals or equal and approved, supported by concrete inside.

7. Potting soil in wooden planter: 220mm depth.

8. Wooden planter: 270mm height x 260 mm width x 1300mm length, made up of 20mm think oak timber with conversion varnish finishes by British Hardwoods or equal and approved, fixed with cor-ten steel and concrete foundation by anchors bolts.

9. Steel wire: 5mm diameter, by Metals4U or equal and approved, length refer to different details of each unit in C06.

10. Concrete foundation.

11.Side surface of platform: Cor-ten steel without specific surface treatment by Kloeckner Metals or equal and approved, 5mm thick, fixed with concrete foundation by anchors bolts.

12.Wooden grid structure: Oak strips with conversion varnish finishes by British Hardwoods or equal and approved, 30mm height x 30mm width x 770mm length, laid on the concrete foundation, fixed with oak timber on the top and concrete below by anchors bolts.

13.Gap between each two oak timbers to allow rainwater flow off, 10mm width.

14.Clean washed filter gravel: 20/30mm diameter, 50mm depth.

15.Rectangular holes on built-in planter: 20mm height x 5mm width with 14mm interval.

16.Geotextile: White standard geotextile by Terram or equal and approved, along the inner surface of built-in planter to stabilise soils.

17.Bitumen macadam base: 12mm gauge, 50mm depth.

18.Drexus slot linear drainage channel: 130mm width x 200mm depth x 240mm length. 30mm visible width including 20 mm surface aperture, by Marshalls or equal and approved.

19.Final compacted DOT type 1 sub base: 150mm depth.

20.Compacted sub-grade.

21.Topsoil zone. Refer to Topsoil & Amelioration G.A. / BHS GA 097 4B 003.

C11

N

Course

Landscape Construction 2 Part 2 – Construction Drawings

Student

Tianyi Jiang S1611796

Project

Saughton Park Teaching Garden

Title

Details of Central Circle Axonometric view of Central Circle unit three

Status

Scale 1:20 @ A3

For construction

Scale

Date

1:20@A3

Rev.

2017.04.28

C11