Phone: 0424-800-503 Email: yunjinwang0503@gmail.com Address: 12/16 Violet Cl, Eight Mile Plains, QLD, 4113
CONTENT
Figure 39 Proposal design objectives
EDUCATION DEGREE
Figure 34 The target sites
RISING PRIVATISATION HEALTHCARE
SOCIAL ISOLATION
LOW SOCIOECONOMIC REGIONS
Figure 33 The issue negative impact
BEHAVIOUR
Based on the data from the Queensland government, the majority of LGA population education level locate in the low-medium level. According to the explanation of legend, the low score, which is light colour areas, indicates that an area has a high proportion of people without qualifications, without jobs, and or with low skilled jobs. A high score, which is dark colour areas, indicates many people with high qualifications and or highly skilled jobs. Combined with the theories of the relationship between the personal healthcare level and their education degree. Based on this, the Queensland Thematic Maps shows that there is approximately 80% area within LGA sector has a high proportion of people without qualifications, which could mean the lower education level in this area.
GREEN COVER Shade areas within the LGA sector is less
Based on the site research, the location of the LGA sector is not in the centre/ principal/major areas which include more comprehensive social service and infrastructure, even though it includes several industrial functional zones. Combined the analysis for the population density of this target site, the data shows that the population of these areas is lower than the average of the Brisbane, even of the entire Australian population density. Less population, fewer requirements which could lead to the low degree of connection between the LGA sector with the other "centre" or "principal" area and develop unbalanced. It also could be one potential threat which caused poverty in this area might become increasingly marginalized in the future and relative needs cannot be affordable either due to the current development direction is more "industrialization", not "diversification".
URBAN NETWORK The current urban transport network could not support them to connect to the community SOCIAL ISOLATION Because they cannot reach the low living standards, they could not be accepted by other social groups. INDUSTRIAL DEVELOPMENT The current situation of industry development could not cater their career opportunities. PRIVATIZATION HEALTHCARE The rising privatization healthcare could deprive their opportunities to use their opportunities to use social healthcare service
Based on the model, one assumption is that the income level could influence people's' psychosocial situation, for example, mental stress. This kind of psychosocial stresses may lead to poor-health through behavioural ways usually, by changing health behaviour as well as the perception of health-promoting service, infrastructure and products. For example, due to the non-ideal financial situation, most poverty's requirement about personal healthcare also can be decreased, and their desire and expectancy to seek related service to also could be weakened
URBAN NETWORK
Within the LGA sector, most youth and adults’ physical activities have a suboptimal situation, and the for the communities, street-scale urban design and land use should not be ignore the significance of pedestrian or bicycle routes, which could promote local residents' physical activities and improve their capability for resistant extreme climate change, such as the heat waves (Meurer, Young, Meurer, Johnson, Gilbert, & Diehr, 2011). However, in the LGA sector, the quality and connectivity of the pedestrian and cycling routes are lower than other spaces.
Figure 36 Relative policies analysis diagram
MAJOR ISSUE NEGATVIE IMPACT OF HEAT WAVES ON LOW SOCIOECONOMIC GROUPS IN BRISBANE
HIGHLY NEGATIVE IMPACT
LOW SOCIOECONOMIC GROUP
Based on the land use of LGA sector, the major functional zones in the LGA sector is the industrial, for example, the special industrial use areas, Archerfield Airport. One of the negative impacts of the big area of industrial land use could be increasing energy consumption and carbon dioxide output. Based on the research for the impact of the emission of industrial land use to human health, the industrial pollution could because more severe rising temperature and might RECREATIONAL cause a more severe possibility that people get illnesses with heat (Singh, 2016).
INDUSTIRAL POLLUTION
Figure 32 The proposal perspective
SOCIAL INFRASTRUCTURE - RECREATIONAL
Planting big amount of Plant large canopy trees within local residential streets. By creating attractive and coherent streetscapes through infill and extension planting, attracts/encourages residents to use these parks spontaneously after going through these streets. By increasing their walking time improve their physical resilience ability.
1.2
MAJOR ISSUE NEGATVIE IMPACT OF HEAT WAVES ON LOW SOCIOECONOMIC GROUPS IN BRISBANE
LOW INTERACTION/ CONNECTIVITY BETWEEN/AMONG
SHADE
OPEN SPACE
EDUCATION DEGREE
HEALTHCARE PROGRAM
HEALTHCARE SERVICE
INDUSTRIAL POLLUTION
TRANSPORT
NEGATIVE IMPACT ARE MITIGATED
INDUSTRY ZONES
LOW SOCIOECONOMIC GROUP
HEAT
HIGH INTERACTION/CONNECTIVITY BETWEEN/AMONG
SHADE
HEALTHCARE SERVICE PATCHES
RECREATIONAL PATCHES
OPEN SPACE PATCHES
TRANSPORT SECONDARY HUMAN CORRIDOR
Figure 37-38 Current relative elements association diagram and proposal one
INDUSTRY ZONES PATCHES
WATERWAY NATURAL CORRIDOR
TACTIC A STREET TREE PLAN
1.3
The major aim is to mitigate the negative impact of heats on the low socio economic groups health by improving the physical resilience and healthcare perceptions. PHASE 1 ESTABLISH Based on the site analysis for the current site, in phase 1, tactic A, B and C can be effective to start to solve these constraints and try to make the fundamental preparation to solve the major issue of this site. For tactic A, the number of street trees is planted to provide the residents more shade than before. Tactic B is to start to improve the quality of the nearby open space as a casual sport-aimed public park through redesigning the landform. Tactic C focus on the optimization of staffs and equipment of existing healthcare service centres in order to provide the resident with more high-quality healthcare service.
SOCIAL INFRASTRUCTURE - OPEN SPACE
1.4
Development for compatible land use of open space, especially near the industrial zones and within the undeveloped void space adjoining the residential zones and open spaces. The major aim is to provide the residents with more options for the participate community activities, especially publicly accessible outdoor sport and recreation, which is held by the nearby healthcare service centres mainly to increase their physical resilience abilities.
SOCIAL INFRASTRUCTURE - HEALTHCARE
TACTIC B
2.1 ECOLOGICAL SYSTEM
OUTDOOR ADVENTURE PLAN
3.1
PHASE 2 ENHANCE Based on the site analysis for the current site, in phase 2, for tactic A, street trees are continuously planted in order to provide the residents more shade street than a phase 1. Tactic B is based on the finished optimization of landform in phase 1, to build and install related sports equipment to improve the existing instalment functions and use rate. Tactic C will focus on the operation of new medical bus based on the existing bus routes. Overall, the second stage is to enhance the functions and meaningfulness of the design tools from stage one and prepare to extend their impaction scale for stage three.
PHYSICAL INFRASTRUCTURE
TACTIC C 4.1 PROGRAM
Establishing related health service program plans, including optimizing the healthcare service for local healthcare centre and through educating to improve residents' physical resilience abilities. This is a healthcare program undertaken by the alliance of local healthcare services and organizations to change the residents' behaviours and perceptions to protect themselves from the heat wave threat.
HEALTHCARE PROGRAM
PHASE 1 ESTABLISH By establishing new green street views, and new open space types and commu ni t y h eal t h care PROJECT ISSUE characters within these open space, Negative impact of heat on low socioeconomic groups’ health to form the primary master plan for aiming to solve the big issues within the LGA sector. Everything within the phase1 is based on the theoretical lens, reconnect these patches together to create As a terrain of reconnected patches, all boundaries a complete and coherent system are resilient and flexible, thereby different parts can Reconnected New formed cooperate easily to form a coherent and complete to assist the improvement of the patches
functional network
Figure 42 The detailed design 1
Figure 45 Phase 1
2.2 ECOLOGICAL SYSTEM
MENTAL HEALTH Most low socio-economic people could have mental health which aggravate their resistance abilities to natural threat. TOPOGRAPHY The locations of buildings within the LGA sector could locate at the places where easy to receive more strong solar exposure
HEAT
HEALTHCARE PROGRAM
Figure 35 Issue analysis diagram
1.1
SOCIAL INFRASTRUCTURE - INDUSTRIAL
Based on the analysis for the related organization or institution within LGA sectors, the non-profit organization in the LGA sector is less which also could be for the healthcare of this area, including EPIC assist; Relate community development projects; Westside community services; Ozharvest Brisbane, Evergreen Community, SBH Queensland Harmony PlaCE and so on. Most nonprofit organizations are located in the inner city area. The amount of them is limited which cause the reason of the poverty of this area cannot be serviced or catered suitable healthcare. It could be another reason that the high hospital admissions rate in the LGA is severe than in other regions (Refer to Figure 52).
In terms of green cover, as a major aspect of land cover, the significance of the green cover is to provide not just sufficient understory zones, but also shades. However, through comparing the past pre-clearing ecological mapping and remnant one, it shows that the LGA sector has already lost a pretty big area of "Eucalypt woodlands" or "open forests", as well as "wet eucalypt open forest", These different vegetation groups could be the major objects to provide shades for this area. This could explain why although the amount of native vegetation within the LGA sector is not less, the capacity of heat resistance of this area also is low. The loss of these forests and shades as well could be one of the reasons which caused the low capability of heat-resistance for outdoor spaces.
GREEN SPACE
EDUCATION DEGREE Most low socio-economic people have low education have weak perception of healthcare
This area will become a reconnected patches, among residents and open space, and healthcare service as well, By creating an attractive green corridor to provide the residents sufficient shade and guide them to walk as normal daily exercises to improve their health situation. By creating the green corridors, to connect the open spaces and residents areas to guide them use these areas with various outdoor activities, the healthcare service also can utilize these open space to conduct community activities and healthcare education programs.
process.
ECONOMIC DEVELOPMENT
issue solving To achieve the aim of reducing the negative health effects of urban heat in a socioeconomic disadvantages community in Brisbane.
health aspect of these areas.
Figure 41 The design principal diagram
PHASE 2 ENHANCE Based on phase 1 the new es t a b l i sh men t s, i n cl u d i n g n ew street trees, new landforms and new community behaviours, there are several new assisted measures which are put forward to enhance the functions of phase 1. The major methods inclu de the extension, u p g ra d e t h e s t re e t i n o rd e r t o improve the functions from singleuse to mixed-use, and new physical infrastructure for open space could be established to encourage people t o engage int o more h eal t h care programs outdoors activities, and build the healthcare-types transport
PHASE 3 EXTEND Based on phase 1 and 2, the third phase focus on the extension for the influ enced scales. By building related transport routes and nearby green space to extend the influenced scales for these areas. Connecting tactic B and C, in order to use these redesigned open spaces to service for the nearby healthcare service centres. New programs will be put forward which about how to use these leafy outdoors space to improve the residents self-care perceptions
and behaviours.
infrastructure to increase the accessibility of the local Figure 40 Design tactics and phase service centresz
Figure 43 The detailed design 1
Figure 46 Phase 2 PHASE 3 EXTEND Based on phase 1 and 2, in phase 3, for tactic A, street trees are continuously planted in order to provide the residents more shade street than a phase 2. Tactic B is based on the finished optimization of landform in phase 1 and installed related sports equipment in phase 2, proceed the maintenance and suitable fix to cater to the needs of related outdoor programs, while starting the updated plan of the nearby transport system. Tactic C will focus on the local healthcare service centre, to set up a related healthcare outdoor program cooperated with the tactic b sites. Figure 47 Phase 3
Figure 44 The detailed design 1
由 AUTODESK 由 由 由 由 由
50*150 girde (3),space between 2000mm
C25 concrete
300
1200
1200
300
1088
1275
1275
1275
1088
300
300
2400
12000
水管 -1.180
DRAWING NO: XXXX
∅80PVCOverflow Tube，connected catchpit PROJECT NO:
240
XXXX
∅100PVCwater drain pipe，connected catchpit
喷嘴
∅80PVCOverflow Tube，connected catchpit
300
XXXX
∅80PVCOverflow Tube，connected catchpit X
XXXX-XX-XX
ISSUE DATE
XXXX
XX
XX
AMENDMENT
DRAWN
CHECKED
NOT FOR CONSTRUCTION
FIGURED DIMENSIONS TAKE PREFERENCE TO SCALE. VERIFY AND CHECK ALL DIMENSIONS ON SITE.
∅100PVCwater drain pipe，connected catchpit
-1.180
Flower stand within Garden surrounding master plan
XXXX SITE:
XXXX
XXXX
Flower stand detail section 1-1
Stair section X CLIENT:
20 thick 1：3 Dry cement mortar SCALE: XXXX 100 thick C15 DRAWING NO: XXXX 100 thick gradation with sand and stone bedding layer PROJECT NO:Sand XXXX
DRAWING:
PROJECT:
Stair section Flower stand structural plan
DRAWING:
50
50
400 450 750 700
100
300
100 20 240
700 750 300
240 100 20
100
100
100
100
1000
水管
由 AUTODESK 由 由 由 由 由
Platform waterfront seating master plan
100
50
50
50
100
300
100
2000
2000
20
20
100
100
100
300
100
R20
R20
50 thick 400*1000 Yellow embroidered smooth granite (special cut)
20
1
1
20
1000
100
50 thick 400*1000 Yellow embroidered smooth granite (special cut) Flower stand structural 20 thick 1：2.5 Dry cement mortar plan Standard brick masonry 100 thick C15 100 thick gradation with sand and stone bedding Sand layer
XXXX-XX-XX
20 thick 1：3 Dry cement mortar 100 thick C15 100 thick gradation with sand and stone bedding Sand layer
Tree pot detail section
50 thick 400*1000 Yellow embroidered 20 thick 1：2.5 Dry cement mortar Flower stand within Garden surrounding master plan Standard brick masonry 100 thick C15 100 thick gradation with sand and stone bedding Sand layer
Tree pot section
XXXX
XX
XX
X
XXXX-XX-XX
ISSUE DATE
XXXX
XX
XX
AMENDMENT
DRAWN
CHECKED
NOT FOR CONSTRUCTION
CLIENT:
DRAWING:
XXXX
XXXX
PROJECT:
1000 2000
NOT FOR CONSTRUCTION
SITE:
Tree pot detail master plan Flower stand detail section 1-1
CLIENT:
XXXX PROJECT:
DRAWING: SCALE:
XXXX
DRAWING NO: XXXX
XXXX SITE:
由 AUTODESK 由 由
Platform waterfront elevation 2
20
20 thick 200*400 Yellow embroidery granite
水池 CLIENT:
∅100PVCwater drain pipe，connected catchpit
20
水管
20
Stair section
Sand layer
20
-1.180
1000
XXXX
水池
20 thick 200*400 Yellow embroidery granite
400
SITE:
XXXX
XXXX
1000
R20
400 450
PROJECT:
2000 1000
R20
300
30 thick white hemp (chop axe) Precast mortar (1: 3) 120mm thick concrete steel mesh 150 * 150 60mm think gravel layer
400
750 700
NOT FOR CONSTRUCTION
XX CHECKED
喷嘴
240
1200
100
XX DRAWN
50 thick 400*1000 Yellow embroidered smooth granite (special cut)
50 thick 400*1000 Yellow embroidered smooth granite (special cut)
2000 400
100
XXXX AMENDMENT
400
-0.180
700 750
XXXX-XX-XX
ISSUE DATE
FIGURED DIMENSIONS TAKE PREFERENCE TO SCALE. VERIFY AND CHECK ALL DIMENSIONS ON SITE.
SCALE:
1200
50
Tree pot detail master plan Precast mortar (1: 3) -0.180 120mm thick concrete steel mesh 150 * 150 60mm think gravel layer
Sand layer XXXX
2000 400
1000
Flower stand master plan
Fountain column plan DRAWING:
Flower stand master plan
400
1000
2000
Rain grate
CLIENT:
50 thick 400*1000 Yellow embroidered 20 thick 1：2.5 Dry cement mortar Standard brick masonry 100 thick C15 100 thick gradation with sand and stone bedding Sand layer
2000
300
XXXX
20 thick 1：3 Dry cement mortar 100 thick C15 100 thick gradation with sand and stone bedding Sand layer
1000
Tree pot detail section
1
1000
350
400
20 thick 200*400 Yellow embroidery granite
3000
300
1
Section 1
300
300
150
300
1
300
R20
50
水面
350
350
F 20
450 400
300
50 thick 400*1000 Yellow embroidered smooth granite (special cut)
1000
350
6000
240
400
400
水面
1000
250
R6000
200 200 200 350 800 1550 1550 800
450
20
2000
水喷头
1000
300
50
R20
400
R6000
50 thick 400*1000 Yellow embroidered smooth granite (special cut)
400
Sculpture
1200
400
400
300
300
400
Column 240*240
6000
Catchwater
Fountain master plan
喷嘴
50
50 450 400 400
Stair section
Stainless steel fence
Secondary layer
30mm thick Mongolian black granite, mirror surface Mortar bonding layer Brickwork Mortar bonding layer with waterproof agent Polyurethane waterproof layer, protective layer 150mm think C20 ∅10@150mm double layer 40 thick gravel medium sand cushion 60mm gravel layer Sand layer
80mm think moorstone
2000
30mm thick Mongolian black mirror surface 30mm think 1:3 Dry cementgranite, mortar 100mm layer think C15concrete Mortar bonding 80mm think gravel layer Brickwork Sand layer 400 250 350 Mortar bonding layer waterproof agent 0.120 with lighting i=0.3% Polyurethane waterproof layer, protective layer 150mm think C20 Rain grate ∅10@150mm double layer 40 thick gravel medium sand cushion 60mm gravel layer 30 thick white hemp (chop axe) Sand layer
2700
1200
100
由 AUTODESK 由 由 由 由 由
300
300
300
100
Tree pot section
100
3000
300 1200
240 100 20
300
Sprinkler head
由 AUTODESK 由 由 由 由 由
330
150
2700
2700
1200
3000
300 stand within Garden surrounding master plan Flower
240
1035
150
300
300
1200
300
240
由 AUTODESK 由 由 由 由 由
3000
1035
2000
300
300
240 6600
65*65 ceramic tile（pond bottom and wall） Mortar bonding layer Polyurethane waterproof layer, protective layer
80mm think moorstone 30mm think 1:3 Dry cement mortar 100mm think C15concrete 80mm think gravel layer water F 400 Sand layer 0.120 lighting i=0.3% 2700
1035
240
1200
F - F section
1035
Standard brick masonry 100 thick C15 100 thick gradation with sand and stone bedding Sand layer
Standard brick masonry 100 thick C15 100 thick gradation with sand and stone bedding Sand layer
300
450
100
100
400
100
300
330
300
100
100 20 240
100
100
100
100
100
50 thick 400*1000 Yellow embroidered smooth granite (special cut) 20 thick 1：2.5 Dry cement mortar Standard brick masonry 100 thick C15 100 thick gradation with sand and stone bedding Sand layer
Pond
100
100
300
1200
100 20 240
-1.180
Brickwork 150mm think C20 ∅10@150mm double layer 40 thick gravel medium sand cushion 20 thick 1：3 Dry cement mortar 100 thick C15 300 240 60mm gravel layer 100 thick gradation with sand and stone bedding Sand layer50 thick由 400*1000 Yellow embroidered Sand layer 50 thick 400*1000 Yellow embroidered smooth granite (special cut) 330 AUTODESK 由由由由由 20 thick 1：2.5 Dry cement mortar 20 thick 1：2.5 Dry cement mortar 100
150
20 thick 1：3 Dry cement mortar 100 thick C15 100 thick gradation with sand and stone bedding Sand layer
∅100PVC Overflow Tube
400 450 700 750
300
Tree pot section
X
水池
100
50
50
50
100
100
20
100
Fountain column plan
100
6600
300
20 thick 1：3 Dry cement mortar 100 thick C15 100 thick gradation with sand and stone bedding Sand layer
100
300
300
50 thick 400*1000 Yellow embroidered smooth granite (special cut)
20
Flower stand within Garden surrounding master plan
水面
3000
20
100
0.120
1000
240
300
F
20
20
0.520
0.390
Rain grate Fountain square
Sculpture
-0.180
Mongolian black granite, mirror surface 240 24030mm thick 1035 240 Mortar 1035bonding layer
20
Normal water level
Normal water level
400
240
由 AUTODESK 由 由 由 由 由
Sand layer
1035
0.520
R20 20
20 thick 200*400 Yellow embroidery granite
400
200 200 200 350 800 1550 1550 800
400
400
Fountain master plan
240
350 300
300
2400
300
2 60
300
350
-0.180
Surface
350
400
Fountain column plan
3000
R6000
水面
30 thick white hemp (chop axe) Precast mortar (1: 3) 3000 300 120mm thick concrete 300 steel mesh 150 * 150 60mm think gravel layer
300
ESK 由 由 由 由 由
Fountain master plan
300
R6000
Rain grate
400
300
300
F
由 AUTODESK 由 由 由 由 由
3000
400
350
400
300
300
150*50 layer board distance 600mm
300
Sculpture
water
1088
由 AUTODESK 由 由 由 由 由
300 4 60
350
i=0.3%
1200
R20
30mm Mongolian 3000 thick 300 2700 black granite, mirror surface 300 1200 Mortar bonding layer Brickwork Mortar bonding layer with waterproof agent Stair section Polyurethane Column waterproof layer, protective layer 240*240 150mm think C20 ∅10@150mm double layer 40 thick gravel medium sand cushion 水喷头 60mm gravel layer 6000 layer 300 Sand Section 6000
水面
350
350
F
Section 1
250
2000
400
300 1200
400
300
Catchwater
300
300
240
水面
6000 6000
F 5300
water R6000
240 thick 300 MU5.0 20 thick1:2 cement 0 00 R6 240 mortar screeding 240
Sculpture
水喷头
2700
150
300
350
350
Catchwater
200 200 200 350 800 1550 1550 800
400
400
Column 240*240
400
Secondary layer
80mm think moorstone 300 3000 300 2700 300 30mm cement mortar 1200 think 1:3 Dry1200 100mm think C15concrete Sprinkler head 80mm think gravel layer Stainless steel fence 400 Secondary layer Sand layer 0.120 lighting i=0.3% 300
350
Stair section
Stainless steel fence
2700
5300
2700
1200
350
1200
300
300
Sprinkler head
3 60
Platform waterfront elevation 1
3000
300 1200
300 1 60
300
400
1200
2700
2700
150
300
300
由 AUTODESK 由 由 由 由 由
3000
1275
由 AUTODESK 由 由 由 由 由
300
300
20
1275
由 AUTODESK 由 由 由 由 由
2700
Pond
由 AUTODESK 由 由 由 由 由
Platform waterfront master plan
由 AUTODESK 由 由 由 由 由
由 AUTODESK 由 由 由 由 由
50*150joist, space between 600mm
-1.180
50 thick 400*1000 Yellow embroidered smooth granite (special cut)
20
由 AUTODESK 由 由 由 由 由
Fundamental platform plan
Girder and timber batten connection
1275
由 AUTODESK 由 由 由 由 由
65*65 ceramic tile（pond bottom and wall） Mortar bonding layer Polyurethane waterproof layer, protective layer
1088
20
由 AUTODESK 由 由 由 由 由
F - F section
300
400
50*100flooring，slab joint 9mm
30mm thick Mongolian black granite, mirror surface ∅100PVC Overflow Tube Mortar bonding layer Brickwork -1.180 Pond 150mm think C20 ∅10@150mm double layer 40 thick gravel medium sand cushion 300 240 1035 240 60mm gravel layer 1035 240 Sand300layer 240 1035 240 1035 330 330 6600 F - F section 65*65 ceramic tile（pond bottom and wall） Mortar bonding layer Polyurethane waterproof layer, protective layer
5300
240
1200
∅100PVC Overflow Tube
400
1035
12000 1200
20
100
240 330
400
R20 20
20 thick 200*400 Yellow embroidery granite
由 AUTODESK 由 由 由 由 由
0.120
100
300
0.390
30mmthick Mongolian black granite, mirror surface Mortar bonding layer 0.520 Brickwork 0.390
450 400
30mm thick Mongolian black granite, mirror surface Mortar bonding layer Brickwork 150mm think C20 ∅10@150mm double layer 40 thick gravel medium sand cushion 60mm gravel layer Sand layer
Sculpture
-0.180
0.120
Rain grate Fountain square
0.520
由 AUTODESK 由 由 由 由 由
Rain grate Fountain square 300
Sculpture
-0.180
300
Girder and column connection
Platform waterfront detail section 1-1 φ100 column distance 2000
Normal water level
350
Normal water level
Surface
Normal water level
0.520 Normal water level 0.390
0.520 Surface
i=0.3%
1200
R20
0.520
350
Extend steel
30mmthick Mongolian black granite, mirror surface Mortar bonding layer 0.520 Brickwork 0.390 i=0.3%
300 300 2400 30mmthick Mongolian black granite, mirror surface Mortar bonding layer 0.520 Brickwork 0.390
1088
50
1275
750 700
1275
100
welded mesh
1275
100
1088
240 100 20
300
100
1200
由 AUTODESK 由 由 由 由 由
1200
1000
300
2000 400
由 AUTODESK 由 由 由 由 由
50*150 timber fence
12000
C25 concrete
50*150 fence
SCALE:
XXXX
DRAWING NO: XXXX