SITE TECTONICS JOURNAL

SEMESTER 2, 2017 | ABPL20047

SITE TECTONICS DESIGN JOURNAL TRINH PHAM 784173 |JAIME TRAN 74512 TUTOR : TIM CAMERON

TABLE OF CONTENTS PERSPECTIVE RENDERS|1 SUN SHADOW STUDY|2 VOLUME CALCULATION|3 CONTOUR DRAWING|4 TOPOGRAPHIC MANIPULATION EXPLORATIONS|5

1

PERSPECTIVE RENDERS

OVERVIEW

START OF JOURNEY

ATMOSPHERIC JOURNEY

TURNING OF FLOWS

THE GARDEN

INBETWEEN EXPERIENCES

EMERGING INTO LANDSCAPE

THE DESTINATION

DESIGN INTENT After the first two assignments, we finalise our ramp design with circular landings. This is intended to create a better flow of movement and better transition from one ramp to another. Our ramps have different portion of cutting into the landscape and filling to create a dynamic experience for the users. From going into the ground and emerging out of the landscape.

We try to direct the ramp in different directions thus allowing the journey to be more interesting with the changing landscape. The highlight of the ramp is the black handrail which protects and also guides the users.

2

SUN-SHADOW STUDY

In general, there is not much difference between the physical model sun study and the 3Ds MAX sun study model as we did some research on Melbourne’s solar system while doing the physical model. However, there could be a minor human error in terms of the sun shading angles. Therefore, we believe that the 3Ds MAX sun study is more accurate.

8AM

12PM

2PM

4PM

5PM

3

VOLUME CALCULATION

EXISTING SITE

PROPOSED SITE

From looking at the calculation, it can be seen that the proposed site volume has not been altered drastically with roughly 1000m3 decreased soil mass. This means that the ramp we designed has been effective in reusing the existing soil while accommodating our design intent, in which we have portion that cuts into the landscape and also protrudes out. However, with the excessive soil, we suggest to store it for other construction purposes.

PROGRESS DEVELOPMENT

A +18

L4

D

E

L1

+17.5 L3

+16.5

B C

+18.5 L5

L2

+17

F

+19 L6 +21

+23

+25

K

L14

J N

O L18

S

G

L10

R

+24.5 L17

+19.5

+20.5

L7

L9

+22.5 L13

H

+21.5 L11

I

L

+23.5 L15

L8

+20

M

P

L12

+22

Q L16

+24

+26

T U

L19 +26.5

DRAWING TITLE OLD RAMP

PROJECT: BRIMBANK PARK

LOCATION: MELBOURNE, VICTORIA

SITE:

3

SCALE: 1:250

DRAWN BY: JAIME TRAN 743521 TRINH PHAM 784173

2017 ABPL20047 SITE TECTONICS

N

N.P

SALA

.T.

DIO

ESTU .T.

N.P

DORM

N.P.T.

ITORIO N.P

S.S.H

.T.

.H 2 N.P

S.S.H

.T.

.H 3

BALC

N.P.T.

ON

N.P

VESTI

.T.

DRAWING TITLE FINAL RAMP

PROJECT: BRIMBANK PARK

LOCATION: MELBOURNE, VICTORIA

SITE:

3

SCALE: 1:250

DRAWN BY: JAIME TRAN 743521 TRINH PHAM 784173

DOR

2017 ABPL20047 SITE TECTONICS

N

4

VOLUME CALCULATION

STAGE

5

STAGE

4

STAGE

3

STAGE

2

STAGE

1

TESSELLATE Tension 100

SLICE Remove Bottom

1

T OPOGRAPHIC E XPLORATION

EDIT POLY Freeform > Paint form > Smudge

SKEW Amount 10 Axis Y Limits 2

NOISE Seed 10 Scale 30 Strength Z 20

STAGE

5

STAGE

4

STAGE

3

STAGE

2

STAGE

1

SLICE Remove Bottom

NOISE Seed |15 Scale | 40 Strength Z | 35

T OPOGRAPHIC E XPLORATION

2

RIPPLE Amplitude 1 | 5.0 Wave length | 50

TESSELLATE Tension | 60 Iteration | 3

EDIT POLY Freeform Paint form Push/Pull

STAGE

5

STAGE

4

STAGE

3

STAGE

2

STAGE

1

TURBOSMOOTH Iteration | 4

EDIT POLY Freeform Paint Form Flatten

T OPOGRAPHIC E XPLORATION

3

MELT Amount | 20 % of Melt | 15 Solidity | Ice Axis | Z

DISPLACE Bitmap

RIPPLE Amplitude 1 | 5 Amplitude 2 | 5 Wave Lenght | 60

STAGE

5

STAGE

4

STAGE

3

STAGE

2

STAGE

1

SKEW

T OPOGRAPHIC E XPLORATION

Image Reference

4

MELT Amount | 3 % of Melt | 100 Solidity | Glass Axis | Z

TURBOSMOOTH Iteration | 4

EDIT POLY Freeform Paint Form Exaggerate

NOISE Seed | 6 Scale | 2 Strength | Z

STAGE

5

STAGE

4

STAGE

3

STAGE

2

STAGE

1

MELT Amount | 10 % of Melt | 19 Solidity | Plastic Axis | Z

T OPOGRAPHIC E XPLORATION

5

TESSELLATE Tension | 35 Iteration | 3

NOISE Seed | 30 Scale | 80 Strength Z | 50

EDIT POLY Freeform Paint form Smudge

WAVE Amplitude 1 | 5 Amplitude 2 | 10 Wave length | 50

E XISTINGS ITE M ANIPULATION

EXISTING GIVEN SITE

TOPOGRAPHIC EXPLORATION 4

RAW RENDER

PHOTOSHOPPED

E3

APPLIED EXPLORATION ON SITE

EAMES HOUSE ON MANIPULATED SITE