Studio Paramorph-ace

Page 1

Opus Para-lounger

Studio Para Morph-ace 2017 Tutors: Swapnil S Gawande & Deva Prasad

DA • Batch 2017-19 • Studio Para Morph-ace

Submitted by : Suvarna Agrawal Raksha Agrawal Nidhi Chhatbar

Suvarna • Raksha • Nidhi


Acknowledgement Evolution of “para-morph ace” the urban street furniture project has been compiled seeing the growing need of people in India. It gives us the immense pleasure to be associated with this project. The project was a joyous learning process. We would like to express our sincere gratitude to our tutors Ar. Swapnil Gawande and Ar. Deva Prasad, for their guidance and constant supervision, providing their valuable guidance, comments, and suggestions throughout the course of the project. We would like to express our gratitude towards Ar. Dhanashree Sardeshpande, HOD, Department of Digital Architecture, BNCA, for her kind co-operation and encouragement which helped us in the completion of this project. We would even like to thanks our juror Ar. Poonam Sardesai for her valuable comments which helps us to improve for further design. Then we would like to thanks our parents who have helped us with their suggestion and support which has been very helpful in various phases. Last but not the least, we would like to thank our colleagues and finally our team members. Without their abilities, it would not have been the better design.

DA • Batch 2017-19 • Studio Para Morph-ace

Suvarna • Raksha • Nidhi


Index 1. Abstract 2. Scope and Objective 3. Introduction 3.1. Site Selection 3.2. Site Context 3.3. Road Network 3.4. Visual Survey of Site 3.5. Site Plan 3.6. Site Section 4. Case Study 5. Site Analysis 5.1. Circulation Mapping 5.2. User Group & Activities 6. Activities & Anthropometry 7. Micro Site 7.1. Proposed Options 7.2. Analysis 8. Design 8.1. Approach 8.2. Parameters 8.3. Profile 8.4. Design iterations 8.5. Final Design 9. Analysis of Design 10. Fabrication 11. Conclusion 12. Further Approach

DA • Batch 2017-19 • Studio Para Morph-ace

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Abstract Studio Para Morph-ace aspires to design functional furniture in urban space that welcome the user to add contemporary & luxurious experience to their journey. The design strategy begins with identifying various sites for intervention and selection of desired site. Then it goes on to study the site in detail and carry out different site conditions and survey. Two case studies are analyzed to further grow the knowledge in the subject and site is analyzed based on circulation and user groups and activities. Three micro sites are identified and after analysis one is proposed for the design intervention. The parameters, seat profiles are obtained through computational methods and a family of benches is created and analyzed to get design iterations and final design. The furniture intervention is then examined and fabricated using the material study and digital fabrication techniques explored.

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Scope of Project Based on analysing the site parameters and observation the Focus & Guidelines for designing of this network of these streets are as under: • The Services laid in the street will be permanent in nature & one will maintained through designed & not by digging the Road or Pavement Area in decade to come. • These streets will be designed by giving priority to pedestrians, and are wide enough for unhindered, unobstructed use by all user groups – including differently abled users. • The Street will be designed & executed such that it is a place for Social interaction (according to age group) having appropriate Street Furniture (seating, dust bins, signage), Recreation Space, shading element, facilities such as sockets, Wi Fi, Appropriate Street Lighting. • Placemaking helps to define the pattern and use of the built environment and the manner and ease in which people can access, connect and move around in it. Placemaking can also help build and enhance sense-of-place by creating spaces that encourage social interaction and support interesting activities. • It will encourage residents to not only gather in the evenings, but also to leave their cars at home to walk to the nearby facilities.

Objective “Footpaths should not only be stretches where pedestrians walk. It should be a ‘public space’ which can be accessed by all. It should allow people to relax and interact, while at the same time, create variety,”

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Introduction

Site Option 1: J. M. Road, Pune

Pune city has the privilege of being one of the foremost cities in the competition held under the SMART Cities Mission of Govt of India. Studio Para Morph-ace aspire to design functional furniture in urban space that welcome the user to add contemporary & luxurious experience to their journey.

Site Option 2: ITI Road, Aundh, Pune Image 1.a - Near Deccan Bus Stop, J. M. Road

Map 1 - J. M. Road and F. C. Road (Map Courtesy :prasannadesaiarchitects.blogspot.in/2011/08/)

Map 2 - ITI Road, Aundh, Pune (Map Courtesy : Google Earth)

DA • Batch 2017-19 • Studio Para Morph-ace

Image 1.b & 1.c - Ongoing Street Development near Residences and Shopping Complex

Image 2.a - Street Activities on ITI Road

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Site Selection Criteria

Reasons for selecting the site:

Site context

The “pedestrian plaza” on ITI road in Aundh is buzzing with activity - youngsters visiting the shops, restaurants and utilities located nearby while dozens of people, including the elderly sit on the benches and seating alcoves around the trees, chatting well into the night.

Aundh is a residential area, situated in the eastern part of Pune near the National Chemical Laboratory, about 3km away from Pune University. The people residing here mainly belong to the upper middle-class section of the society. The Aundh- ITI road serves both, residen- Image 2.b - Exisiting Activities on Site tial area on one side and the Industrial Training Institute on the other side. Some part of it also consists of commercial activities.

Image 2.c - Exisiting Activities on Site ITI Road

In 2010, the stretch had a footpath only on the ITI side while the residential edge remained uncleaned and unattended without pedestrian path. Later, the PMC proposed a footpath on this side hence, increasing the right of way.

The Pune Municipal Corporation under the vision of demonstrative projects has selected ITI Road streets in the Aundh to be one of them.

Towards Baner

Map 3 - ITI Road, Aundh, Pune (Map Courtesy : Google Earth)

Image 2.d - Site Context, ITI Road

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Map 4 -Proposed Site

Suvarna • Raksha • Nidhi


Pros •

It is wide footpath, not crowded like other footpath or roads in the city.

Footpaths are not blocked by kiosks and other encroachments.

Footpaths are clean and Unbroken, evenly paved with anti-skid tiles.

Complete stretch is at single level (i.e 150mm) which is very good for the elderly people as they don’t have to go up and down.

Enough space for benches, trees and utility requirements like feeder boxes

All big and old trees are retained to provide shade

Cons •

Not well lit.

The hawker walking or sitting nearby - selling anything from seasonal fruit to an evening savoury.

Have overflowing garbage bins placed on them.

Few pockets are blocked by parking

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Legend

Untitled Map

Write a description for your map. Site Context

iti pune

CrossWord

Saraswat Bank

Bus Stop Pizza Hut

Star Bucks

Sandvik Asia Pvt. Ltd.

Anand Park

Bus Stop

Seed Infotech

Image 3

World of Titan

Bus Stop

Bus Stop

Deutshe Bank

Parihar Chowk

Industrial Training Institute

Fabindia The site is located in a bustling area which has multiple eateries, both street food and named brands. There also branded stores and Asia’s largest Crossword which is a major attraction for the area. Located on the main ITI Road, the street is always filled with people of predominantly youngsters and elderlies. The locality also houses a lot of housing societies and colonies which in turn makes the street an interactive social area in the mornings and evenings.

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Legend

Untitled Map

Write a description for your map. Road Network

iti pune

Parihar Chowk

I.T.I. Road, Aundh, Pune

Image 4

Arterial Road Junctions

Sub-Arterial Road

ITI Main Road is the Arterial Road along with many sub arterial roads connecting the adjacent offices and housing societies. Many small junctions are formed there with the major one being Parihar Chowk which acts as a landmark for the vicinity.

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Visual Survey of Site Legend

Untitled Map

iti pune

Write a description for your map.

Image 5.1

7:00 AM

Image 5.2

8:00 - 10:00 AM

Image 5.3

8:00 AM

Image 5

8:30 AM

10:00 AM

Image 5.4

DA • Batch 2017-19 • Studio Para Morph-ace

Image 5.5

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Visual Survey of Site Legend

Untitled Map

iti pune

Write a description for your map.

Image 5.6

6:00 - 7:00 PM

Image 5.7

6:00 - 7:00 PM

Image 5.8 Photo Credits : Times of India

Photo Credits : TOI

5:00 - 6:00 PM

Image 5.10

DA • Batch 2017-19 • Studio Para Morph-ace

Image 5.11

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Image 5.9 Photo Credits : TImes of India

7:00 - 8:00 PM

Image 5

Image 5.12

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Site Plan

SARASWAT BANK

PATHWAY

13 M

15 M

100 M

FOOTPATH

I T I ROAD 18 M WIDE

FOOTPATH

Fig. 1

STREET LIGHT

EXSTING TREES WITH ALCOVES

The site is located along an 18m wide road which has parallel parking on either side. The proposed site is 100m long and varies from 13m - 15m in width. The site has trees with alcoves having big canopies which act as a shading device for the seating provided underneath. The pathway also has designated 2.5m wide footpath and few temporary benches were also provided.

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Pathway

Parking

Road

Road

Parking

Pathway (2.5m wide)

Tree Alcoves

Saraswat Bank

Site Section

G+2

The section shows the relation between the human scale and scale of trees. Here we can observe that the canopy covers the entire 15m wide pathway and gives ample shade from the sun. The Saraswat Bank building adjacent to the site is G+2 height.

Fig. 2

A

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Key Plan Suvarna • Raksha • Nidhi


CASE STUDTY 1: Toronto Parklet

Image 6.1

Proposes a public space to sit and relax that works as an extension of the walkway, with a natural wave form, is built by a series of Accoya wood modules, which allow easy storage, reuse, and reconfiguration.

Image 6.2

Each piece of wood was rounded in a concave and convex manner and then attached side-by-side to form layers.

Image 6.4

The spaces that have traditionally been allotted for automobile parking can now take on a whole new meaning.

DA • Batch 2017-19 • Studio Para Morph-ace

Image 6.5

Toronto Parklet fits in perfectly on vibrant Elm Street with its glowing LEDs and light wood material matching the softly lit trees that line the walkways.

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Image 6.3

In order to achieve this natural undulation, each piece of wood was rounded in a concave and convex manner and then attached side-by-side to form layers.

Image 6.6

Creating the tree pockets in furniture which is softly lit by LEDs.

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NORTH ELEVATION Fig. 3.3

Fig. 3.1

SECTION Fig. 3.4

Fig. 3.5

OPTIONS OF IMPLIMENTATION OF COMPONENTS

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Fig. 3.2

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EXPLODED AXONOMETRIC

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CASE STUDTY 2: Storytelling Street Furniture in URBE, Venezuela Architect- Sao Paulo Urban planner- Guto Requena

It encourages viewers to engage reflectively with their everyday urban surroundings, looking deeper into the transition between private and public spheres.

Image 7.1

Image 7.2

LED lights are mounted inside the furniture pieces, developing a dreamlike landscape. At night, the pieces transform into light sculptures that use warm colors and movement to coincide with the volume and tone of the audio recordings.

The public artwork, entitled “Can you tell me a secret?” is a collection of temporary street furniture: a phone booth that records visitors’ stories and plays them back randomly into five wooden benches.

Image 7.3

DA • Batch 2017-19 • Studio Para Morph-ace

Image 7.4

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COMPARATIVE ANALYSIS: Storytelling Street Furniture in URBE, Venezuela

Toronto Parklet

IMAGE

PARAMETERS Cluster Typology

Site Context

Interaction

Multi Usable

Temporary street furniture

Interaction

APPROACH

Audio recordings.

At night, the pieces transform into light sculptures Modular design

Natural wave form

MATERIAL AND FABRICATION TECHNOLOGY Use of LEDs Use of LEDs

DA • Batch 2017-19 • Studio Para Morph-ace

wood is rounded

Accoya Wood

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Circulation Mapping PRIMARY PATH SECONDARY PATH PRIMARY PATH SECONDARY PATH

Circulation Plan

This diagram depicts the hierarchy in the paths followed by the users. The brown line indicated the primary path which is taken by the users who don’t stop by and utilize the benches. The blue line indicates the secondary path which is taken by users who move around in the site and make use of the alcoves and seating.

Fig. 4

The footfall is shown in relation of time and activities with dots of tints of red color indicating different time range of the day. Each dot represents 1 user per minute present at the site.

Population graph

5 a.m.

8 a.m.

5 a.m.

8 a.m.

11 a.m.

2 p.m.

5 p.m.

Footfall as per time

9 p.m.

Fig. 5

Users per minute 1 User

Proportion of Population per Minute 11 a.m.

2 p.m.

5 p.m.

9 p.m.

Proportion of Population per Minute

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User Group & Activities years more 60 60 years andand more

Relaxing Relaxing

years 40 40 - 60- 60 years

Shopping Shopping Eating Eating

years 25 25 - 40- 40 years years 15 15 - 25- 25 years

Exercise Exercise

Upto years Upto 15 15 years

Walking Walking 5 a.m. 8 a.m. 8 a.m. 11 a.m. 11 a.m. 2 p.m. 2 p.m. 5 a.m.

5 p.m. 9 p.m. 9 p.m. 5 p.m.

5 a.m. 11 a.m. 11 a.m. 5 a.m. Fig. 6

User Group - Age

Fig. 7

Activity - Usage

The above graph depicts the relation between time and user group with respect to age. Here we can observe that in the morning the majority of users is aged 60 years, in the afternoon it is between 15years to 60 years and in the evening it is 15years to 25years.

USERGROUP GROUP- AGE - AGE USER

DA • Batch 2017-19 • Studio Para Morph-ace

5 p.m. 5 p.m.

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The above graph depicts the relation between time and ratio of users as per activities.

ACTIVITY- USAGE - USAGE ACTIVITY

In the morning,defined activities are walking, exercising and eating. In noon time it is shopping, eating and relaxing. Evening onwards it is mostly shopping, relaxing, walking and eating.

Suvarna • Raksha • Nidhi


Activity and Anthropometry Existing Activities

Fig. 8

Currently the activities on the site are mostly singular or happen in a group of two users at a time like walking, jogging, exercising, reading newspaper, eating and relaxing.

Proposed Activities The activities proposed are majorly group activities to create a vibrant and more social environment in the neighbourhood.

Fig. 7

Fig. 9

Anthropometry Study

90°

90°

90°

>135°

>135°

<90°

90°

>90°

>90°

Fig. 10

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This diagram indicates various sitting positions which can be proposed that are suitable as per the existing and proposed group activities on site.

Suvarna • Raksha • Nidhi


Micro Site Options

PATHWAY FOOTPATH

I T I ROAD

Fig. 11

FOOTPATH

OPTION 1

OPTION 2

Image 8.1

OPTION 3

Image 8.2

Image 8.3

Three micro sites were identified seeking design opportunities as per the proposed activities. We have compared the pockets selected on basis of various factors and criteria to decide on one particular microsite to study it in detail and its character to intervene an urban furniture. The criteria selected for comparative analysis to select the site are number of activities, number of people waiting, time spent on site, frontage of microsite. As per the observations the micro site option 2 was proposed. DA • Batch 2017-19 • Studio Para Morph-ace

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Micro Site Analysis

PATHWAY

13.9 m

15 m

23.4 m

FOOTPATH

Selected Site

I T I ROAD Fig. 12

5 a.m.

FOOTPATH

OPTION 1

8 a.m.

11 a.m.

DA • Batch 2017-19 • Studio Para Morph-ace

5 p.m.

9 p.m.

OPTION 3

Fig. 14

This diagram shows the primary circulation at microsite level.

2 p.m.

Proportion of Population per Minute

OPTION 2

Primary circulation

Fig. 13

Footfall

Fig. 16

Fig. 15

Movement according to footfall This diagram shows the movement according to footfall studied at the microsite. The dark blue indicates primary circulation and light blue indicates secondary path. 20

Proximity Points These proximity points are derived in relation to the intersections of circulation pattern studied. These points further guide to derive the design. Suvarna • Raksha • Nidhi


Design Approach As per the understanding of brief of Studio Para Morph-ace, site analysis and mapping were carried out and was overlaid on one another, to study the user behavioral pattern of the user group and their activities. This lead to the selection of the site module for which the proposed design should cater to. Joining Proximity Points to form Triangles

Identifying Spaces

Usable Space Identification

Option 1 Fig. 17.1

Fig. 17.2

Fig. 17.3

Fig. 18.1

Fig. 18.2

Fig. 18.3

Fig. 19.1

Fig. 19.2

Fig. 19.3

Option 2

Option 3

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Design Approach Usable Space Identification

Viewing Direction

Achieved Circulation Pattern

Option 1

Fig. 17.3

Fig. 17.4

Fig. 17.5

Fig. 18.3

Fig. 18.4

Fig. 18.5

Fig. 19.3

Fig. 19.4

Fig. 19.5

Option 2

Option 3

The zoning is done on the site with respect to activities and movement pattern. The zones thus created gives the space for furniture intervention. It also decides the length of the furniture. The arrows indicate the viewing directions. The red spaces indicate the division of the furniture catering to proposed activities. Option 1 was selected as per the anticipated viewing direction and circulation that was being achieved by these derived red pockets. DA • Batch 2017-19 • Studio Para Morph-ace

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Constants

Design Parameters

Constants

Variables

Constant Parameters

Variables Parameters Variable Variables

Activities

·Tree Location ·Alcoves ·Shading Devices

Fig. 20

Circulation Pattern Viewing Direction

Achieved Circulation Pattern

+

Fig. 22

Programmatic Opportunity

=

Fig. 23.1

DA • Batch 2017-19 • Studio Para Morph-ace

Fig. 21

Fig. 23.2

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Fig. 23.3

Suvarna • Raksha • Nidhi


Design Parameters Different sitting postures were studied, their contact with the surface of sitting, angle of sitting postures which gives Table 1: different Dimensional parameters related to anthropometric data the threshold. Threshold of height in different postures, width in different postures and angles of sitting postures was studied.

d

Average 39.4 Population Average seatheight depth 38-44 ab Dimensional seat from floor (cm) 39.4 Parameters Population bc seat depth backboard height from seat ( as per inclination) 38-44 35-93 a seat height from floor 39.4 cd backboard height from seat ( as per inclination) 35-93 backdrop depth 5-44 b seat depth 38-44 d backdrop depth 5-44 c backboard height from seat ( as per inclination) 35-93

d

e

Tablea 1:Dimensional Dimensional parameters related Parameters (cm) to anthropometric data seat height from floor

e

c

ed

f

Average Population

Parameters (cm) Table 1:Dimensional Dimensional parameters related to anthropometric data

c

f

Table 2: Inclination parameters related to postures for average poplutation

Table Inclination depth parameters related to postures for average poplutation d 2: backdrop 5-44

c

f

Average

Inclination Parameters (degrees) Average (degrees) Population Table 2:Inclination Inclination Parameters parameters related to postures for average poplutation Population

a

a

b g

b

angle between backdrop and vertical ee Inclination angle between backdrop and vertical Parameters (degrees)

b g

Source : Research Paper on Study of Public Benches Source Paper on Study of Public Benches g : Research

Fig. 24

a

ff e gg f

angle between backdrop and seat angle between backdrop and seat angle between backdrop and vertical angle between seatseat and and base base angle between angle between backdrop and seat

g

angle between seat and base

Source : Time Saver:Standard Source Time Saver Standard

55˚-180˚

Source : Time Saver Standard

Source : Research Paper on Study of Public Benches

135˚

135˚

135˚

Profile 1

Profile 1

125˚125˚

Profile 2

Profile 105˚ 2

105˚ 105˚

Profile 5

Profile Profile 55 DA • Batch 2017-19 • Studio Para Morph-ace

105˚

125˚

105˚

135˚

Profile 2 125˚

125˚

135˚

135˚

Profile 1

105˚

135˚

135˚

135˚

5˚-90˚ Average 5˚-90˚ Population95˚-180˚ 95˚-180˚ 5˚-90˚ 55˚-180˚ 55˚-180˚ 95˚-180˚

Profile 3 115˚

135˚

115˚ 115˚

135˚ 135˚

Profile 6

Profile 6 GeneratedProfile profile6section 24

Generated profile Generated profilesection section

115˚

115˚

Profile 4

Profile 3

Profile 3

115˚

125˚

105˚

125˚

105˚105˚

125˚ 125˚

Profile 7

Profile 7 7 Profile

Profile 4

Profile 4

Generated Profile Sections

Fig. 25

Suvarna • Raksha • Nidhi


Design : Family of Benches Module 1 9.8 m

10.71 m

Module 2 8m

Longest straight path

8.29 m

8.57 m

Path Derived from longest straight path Fig. 26.1

Family of Benches of Module 1

10.40 m

Modulated Path

Fig. 26.2

Fig. 27.1

Family of Benches of Module 2

Fig. 26.3

Fig. 27.2

Different paths were defined in the selected pockets to achieve optimum sitting space and easy movement around the tree. Using these paths and generated profile sections a family of benches is derived for both the modules. DA • Batch 2017-19 • Studio Para Morph-ace

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Design Iteration 1 Module 1

Section AA’

Section BB’

Section CC’

A

E

B CBB’D Section

Section AA’

B

A

E

B C D

B

C

D

C

D

Section EE’

Section FF’

Section GG’

Section DD’

Section EE’

Section FF’

Section GG’

F Section CC’

A

A

Section DD’

F E F

G

G

E F

G

Fig. 28.1

G

Module 2 Section AA’

Section BB’

Section CC’

Section DD’

Section EE’

Section FF’

Section GG’

B Section A AA’

C Section BB’

Section CC’

Section DD’

Section EE’

Section FF’

Section GG’

A A

B B

D

C C

B

C

Fig. 28.2

E F

D D

A

G

E

G

E F F

G G

Module 1

D Different sections were selected to obtain different furniture modules. E F In module 1, space between section CC & DD and section DD & FF is lesser than optimum seating space needed. In module 2, space between section EE & FF is lesser than optimum seating space needed. Hence, another iteration is introduced.

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Module 2

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Design Iteration 2 Module 1 Section AA’

Section BB’

Section CC’

Section DD’

Section EE’

Section FF’

Section GG’

Section AA’

Section BB’ A

ESection CC’ F Section DD’

Section EE’

Section FF’

Section GG’

B

A A

B

B

A

B

C D

E

C D

C

D

C

D

F E F E F

G G

G

Fig. 29.1

G

Module 2 Section AA’ Section AA’

A A

B

A A

B

Section BB’

Section CC’

Section DD’

Section EE’

Section FF’

Section BB’

Section CC’

Section DD’

Section EE’

Section FF’

C C

D

B B

Fig. 29.2

D

E

F

E

F

C C

D

Module 1

E

F

D

F In this iteration, a profile without backrest was in both the modules. E introduced

Module 2

In module 1, space between section DD & FF is lesser than optimum seating space needed. Also, the form of the modules were not in relation to each other. Hence, another iteration is introduced. DA • Batch 2017-19 • Studio Para Morph-ace

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Design Iteration 3 Module 1 Section AA’

Section BB’

A

Section CC’

B

C BB’ D Section

Section AA’

A

A

B

B A

C

E

F

E

F

Section CC’

D

C

D

E

C

D

E

B

F F

G

Section DD’

Section EE’

Section FF’

Section GG’

Section DD’

Section EE’

Section FF’

Section GG’

G G Fig. 30.1

G

Module 2

Section AA’

A Section B AA’ C A A B B C A C B

Section BB’

Section CC’

Section DD’

Section EE’

Section FF’

Section BB’

Section CC’

Section DD’

Section EE’

Section FF’

D D D

E

E

F

E

F

Fig. 30.2

Module 1

F

C placed in a different manner to achieve optimum seating space. The In this iteration, profiles are D E F in the central part of the bench in a public area, thus, profile without backrest would not be desirable these were also replaced by profiles with backrest.

Module 2

But again the form of the modules were not in relation to each other. Hence, another iteration is introduced. DA • Batch 2017-19 • Studio Para Morph-ace

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Design Iteration 4 Module 1

Fig. 31.1

8 Points that are manipulated with various numerical values for the profile of benches A 1

B 2

C

D

3

Key Plan

E

4

5

F

A’ 6

1’

G B’ 2’

C’

3’

D’

4’

E’

Section 22’

Section 33’

5’ F’

Plan

Section 11’

Profile Section Placed Obtained sections

6’ G’

Fig. 31.2

After placing the genrated profiles, the bench was analysed by obtained sections 1-1’ to 6-6’. Since, obtained sections were usable, this design iteration is finalised.

Section 44’

Section 55’

Section 66’ Fig. 31.3

Obtained Sections

Section AA’

Section BB’

Section CC’

Section DD’

Section EE’

Section FF’

Section GG’

Profile 1

Profile 5

Profile 7

Profile 6

Profile 2

Profile 3

Profile 1

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Design Iteration 4 Module 2

Fig. 32.1

8 Points that are manipulated with various numerical values for the profile of benches

A 1 B 2

C

4

D

3

E

5

A’

F

1’ B’

Plan

2’

C’

3’

D’

4’

Profile Section Placed Obtained sections

E’

Profile 1

Section BB’ Profile 6

DA • Batch 2017-19 • Studio Para Morph-ace

Section CC’ Profile 7

Section 22’

5’ F’ Fig. 32.2

After placing the genrated profiles, the bench was analysed by obtained sections 1-1’ to 5-5’. Since, obtained sections were usable, this design iteration is finalised.

Section AA’

Section 11’

Section DD’ Profile 4

30

Section 33’

Section 44’

Obtained Sections

Section EE’ Profile 5

Section 55’ Fig. 32.3

Section FF’ Profile 1

Key Plan

Suvarna • Raksha • Nidhi


Analysis of Micro Site After Furniture Intervention

Site before Activation

Furniture Width : 1.2m - 1.7m Usable Width : 2.7m

Fig. 34

Fig. 33

After the furniture intervention, the circulation pattern is changed. The space becomes more active and achieves the proposed activities.

Site after Activation DA • Batch 2017-19 • Studio Para Morph-ace

31

Fig. 35

Primary Network Secondary Network

Suvarna • Raksha • Nidhi


Fabrication

Material : Maxima Plywood by Century Ply

Grade :Systems Boiling Water Simpson Strong-Tie® Fastening

Workflow:

Resistant(BWR) and Moisture Resistant(MR)

1. Modelling on Rhino / Grasshopper

Exterior Wood Screws High resitance ®to all climatic conditions

OUTDOOR ACCENTS Decorative Hardware Excellent adhesion of Plies for more strength

2. Slicing the model to obtain profile to be cut

The new Outdoor Accents® decorative hardware features connectors and fasteners for building custom outdoor living structures that are stylish and structurally strong. The line includes post bases, angles, T and L ties and fasteners.

<5% Water Absorption Good screw holding strength ®

OUTDOOR ACCENTS Structural Wood Screw The Outdoor Accents® structural wood screw reduces installation time by driving easily without predrilling. When combined with the patent-pending, load-rated Outdoor Accents hex-head washer, the solution delivers the decorative appearance of a bolted connection but Size: with a much easier installation. The screw’s bold thread design enables superior holding to attach ledgers and other secure connections.

3. Preparation of 2d Drawings for feeding to Laser Cutting Machine

Available as 8’ x 4’ Plywood Board Thickness6mm, 12 mm,4CUT 16mm,19 mm 25reduces mm ® ™ • Patented Use with Outdoor Accents decorative4mm, hardware and 9mm, tip ensures fastand starts,

hex-head washer (sold separately) for an appealing look

Screws

Features:

installation torque and eliminates the need for predrilling in most applications

• Use Outdoor Accents®Resin: structural wood screw primarily as a wood-to-wood fastener

• Black double-barrier coating provides premium look while

• Underhead nibs offer greater control when 1. Bonded withseating modified the head

2. Epoxy Wood Glue

providing a medium level of corrosion protection for many Phenol formaldehyde Glue (Synthetic Polymer) outdoor applications

4. Assembly of Plywood profiles and Rebars

Codes/Standards: IAPMO-UES ER-192, State of Florida FL13975

For Technical DataScrew: and Loads, see p. 306 Install Tips: For best results, use a minimum of ½" low-speed corded drill to install

WS22

Outdoor structural wood screw

3.5

3 ½" – 5 ½"

Black Double-Barrier Coating Size Dia. x L (in.) 0.220 x 3 ½ 0.220 x 3 ½ 0.220 x 5 ½

Thread Length Reinforcement: (in.) 2

Retail Pack Quantity

Master Carton Quantity

Model No.

12

10

SDWS22312DBBRC12

6

SDWS22312DBB-R50

10

SDWS22512DBBRC12

TMT Reinforcing Steel Rebar 20mm dia 2 50 2¾

Treatment:

12

5. Finishing the furniture a. Grinding of edges

OUTDOOR ACCENTS Hex-Head Washer 1. Grain Stain exterior semi transparent Oil Stain

b. Grain Stain exterior semi transparent Oil Stain c. Treating for termite resistance

®

The Outdoor Accents® hex-head washer provides the decorative appearance of a bolted connection. Its patent-pending 2. Treated with unique GLP formula for termite resistance design provides an easier and significantly faster installation time compared to through-bolting. The hex-head washer is code listed (IAPMO-UES ER-192) and is designed exclusively to help fasten Outdoor Accents post bases, T and L straps, and angles.

DA • Batch 2017-19 • Studio Para Morph-ace

Features:

• Combined with the Outdoor Accents structural wood screw,

32 W22

Suvarna • Raksha • Nidhi


Fabrication

25 mm thick Plywood 20 mm TMT Rebars

Module 1 Size : Length 10.3 m Width 1.2m - 1.7m Height 0.74m

No. of Slices : 375

Module 2 Size : Length 8.3 m Width 1.2m - 1.6m Height 0.74m

No. of Slices : 293

Fig. 36.2

Assembly of Plywood profiles and Rebars Fig. 36.1

Fig. 36.3

Fig. 36.4

Assembly of Parts DA • Batch 2017-19 • Studio Para Morph-ace

33

Suvarna • Raksha • Nidhi


DA • Batch 2017-19 • Studio Para Morph-ace

34

Suvarna • Raksha • Nidhi


Conclusion The furniture has meticulous fabrication and material studies that contribute in conception of flexible design strategies that respond to specific programmatic need of users as per the site condition. Hence, the design meets its required output and has a specific system that can be applicable to diverse sites, and environment and the generated output can be adaptive and variable with flexibility.

Further Approach The furniture can be of only 1m length with a particular varying position and it can arranged together as per the length required. We could even get a circular sitting by derived profile. There can also be a provision of down lighters in module to highlight the specific area.

DA • Batch 2017-19 • Studio Para Morph-ace

35

Suvarna • Raksha • Nidhi


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