ARCHITECTURAL PORTFOLIO
. MERVE OZCAN
2020
EXPERIENCES Worksite Internship .2019 summer Firm | Aydoganlar Insaat Project | Capella Park Residence Mimarlar ve Han Tümertekin | Workshop .2018 spring Permeablity of bordes
Merve Özcan
CONTACT
PROGRAMS
Architecture Student 3rd Year
Phone | 05455496333
28.05.1997
Mail | 7merveozcan@gmail.com
EDUCATIONS
LANGUAGES
Kadir Has Üniversity | Faculty of Art and Design Architecture | 3.42 GPA +Khas Honour Scholarship
Turkish | Mother language English | Pre-Intermedıate Italian | Elemantry
Rhinoceros Autocad Adobe Illustrator Adobe Photoshop Adobe Premier Adobe InDesign Lumion Sketchup Grasshopper MS Office
Prof. Dr. Orhan Oguz High School | Eskisehir
REFERENCES
CONTENT
Büsra Al Founder | PLUGOFIS Lecturer at Kadir Has university BArch | Yıldız Technical University MArch | Bilgi University busra@plugofis.com
corten steel
glass
glass ±3.30
glass
Tutku Sevinç Fam Illustrations Lecturer at Kadir Has University BArch | Istanbul Technical University MArch | Istanbul Technical University tutkusevinc@gmail.com
Ali Onat Founder | UNCHARTED Lecturer ar Kadir Has University BArch | Bogaziçi University MArch | Rhode Island School of Design aoturker@gmail.com
glass
glass
URBAN GRAFT
19
JUNK SPACE
35
PARKING GARAGE
57
±10.10
±8.35
±6.70
01
glass
corten steel
corten steel
SOMEWHERE IN CAPPADOCIA
±4.80
glass
glass
73
FROM OBJECTS TO BUILDING
+10.20
+10.20
glass
corten steel
+6.75
±6.70
+6.30
+6.30
corten steel +4.20
+4.20
+2.10
+2.10
glass
glass
81
glass +2.10
TENSILE WALL
85
HOSTEL
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A SPACE FOR
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KHAS CAR PARK TO GREEN GARDEN
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FROM BUILDING TO CHAIR
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PARAMETRIC PAVILION
01. URBAN GRA Architectural Desi
01
AFT .COOPERATION ZONE
ign 4 .spring 2020
Location| Çırpıcı Park . Tutor| Büsra Al Functions | urban agriculture, green houses, vertical farming, transformation of energy, public kitchens, workshops, market spaces, organic bazaar, restaurants, service areas, urban structures and bridges 1/2000 plan team work| partnered with: Sevtap Özyıldırım, Bahar Özge Ediz, Muhammed Hasan Zelveci | area: 440.000 m2 Indıvıdual work area: 110.000 m2
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03
04
1/2000 MASTER PLAN
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06
07
1/1000 MASTER PLAN OF COOPERATION ZONE
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AXONOMETRIC VIEW OF SITE
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10
INTERSECTION OF DIFFERENT AREAS
TOGETHER OF GREEN ENTRANCE AREA DEFINING THE SQUARE AT HE BEGINNING OF THE ZONE, MARKET SPACE, GREEN HOUSES AND STREAM.
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TOGETHER OF MULTIPLE STRUCTURES DEFINING THE MAIN SQUARE AND VERTICAL FARMING IN FRONT OF THE SQUARES.
TOGETHER OF BAZAAR AREA WIDENING PARALEL TO THE STREET, PUBLIC KITCHEN AND WORKSHOP AREAS BEFORE CROSSING THE STREET IN THE AGRITULTURE AREAS AND MULTIPLE STRUCTURES DEFINING THE MAIN SQUARE.
TOGETHER OF MULTIPLE STRUCTURES DEFINING THE MAIN SQUARE, VINEYARD AND OLIVE GARDEN SERVICES AREAS, HALF PERMEABLE CITY PLACE AND STREAM.
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MULTIPLESTRUCTURES DEFINNING THE MAIN SQUARES
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AGRICULTURE BUILDINGS
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SPECIAL BUILDINGS
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SECONDARY BUILDINGS
SALES BUILDINGS
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1/500 B-B SECTION
1/500 A-A SECTION
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1/500 PARTITIAL SIT
TE PLAN
1/500 PARTITIAL GROUND PLAN
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1/200 PARTITIAL GROUND PLAN
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1/200 A-A SECTION
1/200 B-B SECTION
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02. JUNK SPA Architectural Des
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ACE
.TRANSITION PANELS IN THE PASS sign 3 - PROJECT1 .fall 2019
Location| Karaköy-Persembe Bazaar . Tutor| Ilgın Avcı Functions | cinema, exhibition, bazaar, resting area, recreation area, music area Team work | partnered with: Muhammed Hasan Zelveci Area: 1500 m2
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COMPARISON OF THE PASSES There are exit from several points after entering the underground tunnel. The boundaries of the shops inside are not clear and existing structures can turn into a place. At night, when the shutters come down, there turns into a quiet and scary place
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While entering the tunnel, its exit is visible. We can move forward by experiencing a change of place on the coastal road without disturbing the continuity. There are temporary places inside. Stairs at different levels can be made of benches thanks to cardboards and baskets.
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25
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.Movable panels provides flexible places on the structural bond in the tunnel and its entrances 27
ACTION OF PANEL
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The places consisting of the structure and the panel do not define a specific function. Every place is temporary and left to the user experience.
Panels that adapt to the dynamic life of the Karaköy; The day ıt started as an exhibition member on the sea, can finish as the cabin of the homeless in the evening passage. At another time, ıt can start the day as a child’s car.
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03. PARKING G Architectural Des
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GARAGE
.FLEXIBLE VOID sign3 - PROJECT2 .fall 2019
Location| Karaköy . Tutor| Ilgın Avcı Functions | car parking, auditorium, restaurant, cafe, buffet, library, rehearsal area, store, musıc studio Area: 3000 m2
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STREET AND BUILDING INTERSECTION
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Persembe Bazaar zone has close, open half-open places. We cannot understand urban parts such as streets, buildings, shops, crossroads, inner courtyards; because of the relationship between street and building. The streets act like the open places of the buildings and become special. On the other hand, the street can be connected to the inner courtyard of a building without disturbing its street texture and continuity.
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STREET STARTS
HANGING ELEMENTS
SITE
PEDESTRIA
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AN CIRCULATION
CAR CIRCULATION
FIRST SKETCH
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The contunity of the streets used as the parts of buildings were cut ın this area. A part of the area is used as a car park and other part was closed with wire mesh. The beach and streets pedestrian circulatıon was blocked. There was no transıtıon between the use of the coast and street and the main street. The first thing that is purpuse ın the project is to provide pedestrian street Pesembe bazaar streets and coast flow of the user. Then to provide controlled transıtıon of vehicle flow between coast and street.
For these first purposes, the building was placed in three blocks. Thanks to the life in the ground plane and changing building, a dynamic void is provided.
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PARTS OF THE BUILDING
PARTS OF THE STRUCTURES
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parking areas
functions
all the structures
main structures
locomotive units
circulation zones
secondary structures
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LOCOMOTIVE UNITS
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1/200 PLAN GROUND FLOOR coffee shop
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atmosphere on the ground floor
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1/200 PLAN 1. FLOOR
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atmosphere on the gr
round floor
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1/200 PLAN 2. FLOOR
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1/200 PLAN 3. FLOOR
workshop
rehearsal area
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1/200 PLAN 4. FLOOR
foyer
1/200 SECT
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backstage
workshop
restaurant car lift
TION
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1/200 PLAN 5. FLOOR
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1/200 PLAN 6. FLOOR
1/200 PLAN 7-8. FLOOR
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±8.35
±6.70
glass ±3.30
glass
glass
04. SOMEWHER .INTEGRATED C +10.20
+6.30
+4.20
ARCH358 - B .spring 2020 +2.10
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±10.10
corten steel
corten steel
glass
±4.80
glass glass glass
corten steel
Location| Kapadokya . Tutor| Cem Yücel, Aslı Suner, Tayfun Aksoy
glass
RE IN CAPPADOCIA
CONTRAST
Functions | accommodation, restaurant, ceramic workshop, library, wine cellar, jacuzzi room Area: 900 m2
+10.20
glass
corten steel
+6.75
±6.70
+6.30
corten steel
Building Technologies and Materials +2.10
glass
Team work | Partnered with : Gizem Güleryüz, Yigithan akçay
+4.20
glass +2.10
glass
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ABOUT CAPPADOCIA
FIRST DECISIONS- first sketches Underground cities are collective living spaces formed by carving in the undergroung. Also mix Rock-Cut-Masonary and Masonary constructions structures are various house types in Cappadocia. Common materials are ‘TUF’ and NATURAL STONE’
circulations ground circulations
underground circulatio
natural air duct
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MASSIC DECISIONS
functions
On the ground floor, the mass was placed behind the fairy chimneys. There is a public transition between the street and the slope.
restaurant
workplace
ons
ceramic workshop underground rooms
wine cellar
The common corridor is reached from the 5-level circulation atrium. the rooms are reached from the corridor.
underground plan
wine cellar underground rooms
The tasting area and cellar are reached from the atrium at -10 level
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1/50 1.FLOOR PLAN
UNDERGROUND AIR CIRCULATION air circulation in the ventilation pipes is provided through the openings in the slope and atrium
DOMINANT WIND DIRECTION ±0.00
building located to using wind positive effectly
6LWWLQJ DUHD
-10.20
±0.00
rooms on the slope face south
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+3.40
+3.40
±0
±0.00
+5.00
SUN LOCATION
+3.40
/LEUDU\
+5.00
1/50 2.FLOOR PLAN
7UXVW
±0.00 ±0.00
±0.00
±0.00 -10.20
Receptıon
±0.00 7UXVW
Kıtchen
0.00
±0.00
ş
±0.00
:RUNVKRS
ş
ş
5HVWDXUDQW
0
7UXVW
7UXVW
±0.00
7UXVW
7UXVW
7UXVW
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63
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1/50 -5 PLAN -10.20
6WRUH
-5.00
-5.00
-5.00 -5.00
5RRP
5RRP 5RRP 5RRP
1/50 -10 PLAN
:LQH &HOODU
-10.20
-10.20
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5RRP
3RRO 5RRP
1/20 DETAILS - CARVING JACUZZI ROOM System plan 1/20
Detail 1 1/10
Detail 1
Detail 2
System Section 1/20 Detail 2 1/10
Detail 3
Detail 3 1/10
Detail 4
Detail 4 1/10
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1/20 DETAILS - roof, wall and foundations
System Section 1/20
Detail 2
Detail 2 1/10
Natural stone Blockage 15 cm
Detail 1 System Section 1/20
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Detail 1 1/10
1/50 A-A SECTION
+10.20
+8.60
+6.30
+4.30
+4.20 +3.40
5HVWRXUDQW
+2.10 +1.70
0.00 -1.20 -1.70
-3.57
-2.10
5RRP
-5.00
-6.80
:LQH &HOODU
-10.20
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1/50 B-B SECTION
+10.20
+8.60
+6.30
+6.25
+4.20 +3.20
5HVWRXUDQ
+2.10
6WRUH
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1/50 C-C SECTION
+10.20
+6.30
+3.35
QW
+5.20 +4.20
:RUNVKRS
+2.10
0.00 0.00
-1.20
-1.20
-2.10
-2.10
3RRO URRP -5.00 -5.00
70
1/50 ELEVATION FROM SOUTH
1/50 ELEVATION FROM EAST
±10.10 ±10.10 ±8.35 ±8.35
corten steel glass glass
glass glass
±8.35
±6.70 ±3.30
glass glass
±3.30
glass glass glass
±3.30
glass
corten steel corten steel
±10.10
±6.70 ±6.70
corten steel corten steel
glass glass
glass
±4.80
glass glass
glass glass glass
±4.80
glass
glass
glass
corten steel glass corten steel glass corten steel glass
1/50 ELEVATION FROM NORTH
1/50 ELEVATION FROM WEST
+10.20
+10.20
+10.20
+10.20
+10.20
+6.75
corten steel corten steel+6.75
glass
+2.10
glass glass
glass glass
+2.10
glass
glass
±6.70
±6.70
+4.20 +2.10
+2.10
+4.20
+2.10
glass +2.10
+2.10
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corten steel
+4.20 +6.30
corten steel
±6.70
+6.30
+4.20 +2.10
+4.20
+6.30
+6.75
+6.30 +4.20
corten steel corten steel
+10.20
glass glass
+6.30
+6.30
corten steel
±4.80
+2.10
glass glass
1/50 DETAIL
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05. FROM OBJ .CONSOLE WIT
FAD323 STRU
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JECTS TO BUILDING
TH BALANCE
Tutor| Ali Onat Türker Functions | open-aır cınema, stage or just publıc space ın the park Area: 400 m2
UCTURAL EXPERIMENTATION .spring 2020
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SYSTEMS
FOCUSED SYSTEMS
A model was made on the colsol, bridge and tower systems using home applian things discovered here.
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nces. Then, console systems were focused. A new system was produced with the
There are similar situations in these two systems. For the cantilever system to carry, the center of gravity must coincide with the carrier. Here triangles appeared and tension systems were used.
The load flow of the two systems was examined. Equal loads from opposite directions must come to keep the system in balance
These diagrams are console systems from models
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SYSTEM BALANCE OF CONSOLE AMP, STAGE AND ROOF 1.PART- AMP
2.PART- STAIRS AND STAGE The center column , which is part of every system, carries the console amp here.
system
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details
While t the we stage.
system
details
3.PART- ROOF Since the center of gravity of the roof is on the left of the column, it is pulled from the opposite direction. The center of gravity of all cantilever systems coincides with the central column.
the first system focuses on the left of the column, eight is given in the opposite direction with the .
s
system
details
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06. TENSILE W
FAD323 STRU
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WALL
Tutor| Ali Onat Türker
.PORE
Team work| partnered with: Bugce Akdogan, Deniz Gülcan, Tugba Erkutlu, Basak Güven Materials| needle, rope, flexible fabric, wire, lock,
UCTURAL EXPERIMENTATION .spring 2020
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07. HOSTEL .S
Architectural
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SLEEP FACADE
l Design 2 .fall 2018
Tutor| Ali Dur Functions| accommodation, public backyard, cafe, public theatre stage Area| 240 m2
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The site in the Tesvikiye neighborhood has a facade in the bustling street and a common backyard with other apartments.
backyard The first decision in the project is the public transition between the street and the garden.
backyard
The ground floor of the building was left empty and the mass was raised up.
While the space and the garden texture combine with the space left on the ground floor, leaving the iconic and single-function half facade to the street, on the side facing the garden; The aim was to build a public space, green texture, and private rooms.
street sleep facade 87
garden
private room
public spaces
first sketch about sleep facade
first sketch about collective garden side
ELEVATION
SITE PLAN
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1/100 GROUND PLAN
sleep facade
collective area
public room
common backyard
theatre stage
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There are shared rooms and bed units opening to the street in the three-floor sleeping facade.
1/100 A-A SECTION
On this facade, the people in the street can be informed of the movements in the privacy of the hostel, such as sleeping. The facade, which always has a different silhouette, is in communication with the streetkalÄąyor.
1/100 B-B SECTION
You can meet people you do not know in shared rooms and you can be isolated while sleeping
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sleep facade model
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1/100 1. floor plan
1/100 2. floor plan
1/100 3. floor plan
1/100 4. floor plan
prÄąvate roo
oms
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08. A SPACE F
ARCH101 BASI
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FOR
Tutor| Tutku Sevinรง
.ROCKING CHAIR
Function | Experiment area
IC DESIGN .fall 2017
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It is aimed that users who travels in the site to experience the notion of growing and steady.
Experiments were conducted to understand the notions.
The growth of the place can be with varying openings.
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It can be by the proliferation of the fixed form.
settlement on land growing form growing steady The height of the sloping land is decreasing
The place to be placed on it was placed at a fixed height.
growing irregularly
Structures between the building and the ground are growing steadily. Also, the space for the user is growing gradually
together with growing and steady
opening experiment
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PLAN
A-A
B-B
A-A SECTON
B-B SECTION
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09. KHAS CAR .STRUCTURAL
ARCHITEACTU
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R PARK TO GREEN GARDEN
Tutor| Tutku Sevinç Team work| partnered with: Gizem Güleryüz, Rümeysa Tıpırdamaz, Aylin Kanar
L GARDEN
URAL COMPETITION .summer2018
100
personal space concert space forest big hommock coffee shop public space
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The co used b into th the stu individ that we green.
The sc period Thanks more a
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ompetition aim to transform the park area by the students of the Kadir Has University, he recreation areas and green open area that udents need. The activities-concerts, social dual resting, exhibitions and working areas e need as school students are included in the
caffolding system that will respond to these dically changing needs has been adopted. s to this system, the green area could be used and variability was allowed.
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10.
FROM BUIL
ARCH234 STR
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LDING TO CHAIR
Tutor| Ali Onat Türker
.ROCKING CHAIR
RUCTURAL SYSTEMS .fall 2018
Team work| partnered with: Muhammed Hasan Zelveci, GizemGüleryüz, Alara Darı Materials| rope, tube, screw, hook
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INGALLS HOCKEY PINK
1. step
main arch
reaction force
2. step load transfer
tension
reaction forces
cantiliver arch tension
cantiliver arch force tension x force
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3. step
First, structure system of the Ingalls Hokey Rink was analyzed. This system developed according to this analysis. Later, this system transformed into chair.
compression ring
arch compression
form: funicular compression
funicular tension load flow:
load
arch compression compression ring
compression ring
arch compression
form: funicular compression
funicular tension load flow:
load
arch compression
compression tepki kuvveti
compression ring
arch compression
compression tepki kuvveti arch compression
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1/10 scale model
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details
s
1/1 scale chair
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11.
PARAMETR
ARCH214 DESI
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RIC PAVILION
Tutor| Sabri Gökmen, Efe Gözen, Burcu Biçer
.SNAIL PAVILION
Team work| partnered with: Belit Ünlütürk, Dilan Elif Korkmaz, Gizem Güleryüz, Hilal Bugçe Akdogan, and Rana Alkan
IGN COMPUTATION .spring 2019
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DESCRIPTION OF THE PROJECT The project is part of a successful research pavilion that demonstrates the potential of new design, simulation and production processes in architecture. It aims to integrate the performance capacity of biological structures into architectural design and to fully test the resulting spatial and structural material systems. Due to the geometric displacement of the plate components and the parametrically generated modules with the Grasshopper in a certain proportion, the focus was on the development of a modular system that provides a high degree of adaptability and performance. In this process, a computational design method was developed in order to design the desired form and then to determine and arrange the order of consecutive and angular systems on the module. The modules are connected to each other in terms of the system and a structural form with structural bearing is obtained. In the final stage, the designed pavilion was created and simulated using 5mm cardboards to fit within 15m3 area. The pavilion consists of .... pieces prefabricated modules with robotic cutting. Each module is formed by an angular synchronization of 4 plates of 40cm.These modules that are combined with another module from the center of the empty square in the middle of the plate during the combination of the plates. The diameters of the spaces in the pavilion are‌ cm and ... cm and spaces are programmed to suit local structural and geometrical requirements.
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The purpose of the pavilion is to offer an individual experience in one side, and promise to live a shared experience space from the other side. Thanks to the curvy form of the pavilion, the open space and single isolate cabin can work together. Also, the relationship of the use of light with form has a great importance in designing the experience. Isolated space is wrapped with modules and it gets less light because it is high, but the open space gets better with light because it is low.
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n@gmail.com