REPRESENTATION III MINJUNG BYUN A1736679
RHODES GROWTH
TABLE OF CONTENTS
01 INTRO
07
09 CLIMATE
SITE ANALYSIS
03 PROCESS
05 HISTORY
11
LINKS
URBAN DEVELOP
Sketchfab : https://skfb.ly/on6Q6
INTRO SUSTAINABLE ENVIRONMENT
PROGRESSIVE ORGANISATION
CULTURAL & DIVERSE BUOYANT ECONOMY ACTIVE & ENGAGED
INNOVATIVE & AWARDED
GROWING POPULATION
ENVIABLE LIFESTYLE PERFECT LOCATION
AU
ODUCE
USTRALIA
NEW SOUTH WEST
RHODES
ADDRESS
Rhodes, New South Wales
DENSITY
11,900 km2
AREA
1.0 km2
LOCATION
16km west of Sydney CBD
DESCRIBE
Rhodes is a dynamic urban center with a distinctive form that presents a unique set of opportunities and challenges for the role of public open space within an evolving urban redevelopment precinct.
02
PROCESS WHAT IS PURPOSE ?
HOW WORK ?
Reflecting the high standard of local amenities and infrastructure, r e a s o n a b l e p r o x i m i t y t o t h e C B D, and the attractiveness of the port location, I will explore the strengths and weaknesses of Rhodes as to whether it will grow as much as Sydney.
1. Investigate what the current water/ land quality is like by looking up datas on past water/land pollution issues. 2. Explore climate change and the flooding of Rhodes at the waterside through Rhino Grasshopper (ladybug &elk & honeybee) to see if there is the impact of climate and a potential flood hazard. 3. Compare Rhodes' 2013 and 2019 data to see what changes have occurred in the urban development via CloudCompare.
FINAL After that, I will create a model for the hazard of flooding due to climate change and urban development due to the construction of a bridge and put it in Sketchfab. .
AUDIENCE ? - Residents of Rhodes - People who is considering moving to Rhodes - Government of Australia
04
HISTORY
PAST In the early 1900s, Rhodes was still mostly rural, with land subdivided for residential use. Reclamation began in the 1930s, and the outbreak of World War II resulted in numerous chemical production companies. In the 1980s, Rhodes was known nationwide for its toxicity and smell above all else. As a result, a wide range of treatment plants cleaned up most toxic soils and reduced pollution levels in the 2000s.
1930
1965
PRESENT
1980
2000 s
Rhodes was the site of chemical manufacturing for nearly 60 years. At the time it was seen as a plus for industrial development but the end result was heavily contaminated land and sediment. Thus, Rhodes is currently a city where there is a growing shortage of land for development, and aims at urban renewal by focusing on land clean-up.
06
SITE ANALYSIS SITE PLAN
LANDUSE
GROUND PLANT WATER BUILDING BRIDGE
RESIDENTIAL INDUSTRIAL OPEN SPACE
MOVEMENT
TRANSPORT
PEDESTRIAN
08
CLIMATE WIND
SUMMER
SUNPATH
WINTER
SUNRISE SUNSET SOLAR NOON
WATER
FLOODING
FLOW DIRECTION
Since flooding occurs due to climate c h a n g e , I h a v e p r ev i o u s l y l o o ke d at sunpath and wind. The selected area (residentials) has a history of flood damage in November 1984.
HAZRARD
This study predicts the flood hazard of Rhodes surrounded by water based on the LiDAR digital elevation model (DEM). The main sources of flooding include flooding in the Parramatta River.
10
URBAN DEVELOP PLAN VIEW
LAYER VIEW (2019)
2013
BRIDGE
BUILDING
PLANT
2019
SAND
GROUND
WATER
BRIDGE 1
BRIDGE BENEFITS 2
Bridges influence urban development by improving access to services, community facilities, public open spaces and efficient mobile networks.
3
I. John Whitton Bridge (1952-1980)
2. Ryde Bridge (1931-1987)
3. Bennelong Bridge (2014-2016)
A John Whitton bridge that provides people and goods movement for economic development.
A Ryde bridge built to open up the municipality for suburban development. An important transportation route for outer suburbs in the municipalities of Ryde and Hornsby to access Sydney by car.
A Bennelong bridge to Australia's first major public transport infrastructure project. Enhancing social and economic opportunities for communities on both sides of Homebush Bay.
12