Portfolio

COLLECTIVE INTELLIGENCE

eArchitekturportfolio r e n a d a n Portfolio a r c h / / p o Eren r t f o l i oAdan

Eren Adan

SCHILLERPARK, Linz, AT (in collaboration with COOP Himmelb(l)au)

WIND BREAKING PANELS

SOLAR PANELS

TOP VIEW - Panel Typology Overview

PERSPECTIVE OVERVIEW

EDACAF DNIW NWOD

melborp ehT

participation as junior project architect

MAIN ENTRANCE AXIS

wolf ria eht esigrene-er ot ytisoroP

EAST-TO-WEST DOWN-WIND FORCES

sdrawnwod xetrov eht hsuP

wolf ria eht esigrene-er ot spalF

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Secondary winds blow from the East to the West

SCA Arena and adjacent Park site landscape design - St. Petersburg | 2020

sdrawnwod xetrov eht hsuP

2 NOITPO

wolfria ecuder ytisogur ecafruS ytisnetni xetrov dna yticolev

1 NOITPO 000-00-C

diagrams

SOLAR PANELS

team effort

Roof Geometry Overview

WIND BREAKING PANELS

East-to-West down-wind forces disrupted by wind breaking panels, improving comfort along the main entrance axis

SCHILLERPARK, Linz, AT (in collaboration with COOP Himmelb(l)au)

team effort

submission modell - roof terrace 1:200

submission modell - side view 1:200

submission modell - entrance area 1:200

(now St. Petersburg).

Tatlin’s Constructivist tower was to be built from industrial materials: iron, glass and steel. In materials, shape and function, it was envisaged as a towering symbol of modernity. It would have dwarfed the Eiffel Tower in Paris. The tower’s main form was a twin helix which spiraled up to 400 m in height, around which visitors would be transported with the aid of various mechanical devices. The main framework would contain four large suspended geometric structures.

SPORTS AND CONCERT COMPLEX, St. Petersburg, RU (in collaboration with COOP Himmelb(l)au) There were also plans to install a gigantic open-air screen on

the cylinder, and a further projector which would be able to cast messages across the clouds on any overcast day.

Concept - Tatlin

Project Title Project Title, Meta Offc, 10 pt, bold Tatlin’s Tower Tatlin’s Tower, or the project for the Monument to the Third International (1919–20), was a design for a grand monumental building by the Russian artist and architect Vladimir Tatlin,

Tatlin’s Tower

that was never built. It was planned to be erected in Petrograd (now St. Petersburg).

Tatlin’s Tower, or the project for the Monument to the Third International (1919–20), was a design for a grand monumen-

Tatlin’s Constructivist tower was to be built from industrial ma-

tal building by the Russian artist and architect Vladimir Tatlin, that was never built. It was planned to be erected in Petrograd

terials: iron, glass and steel. In materials, shape and function, it was envisaged as a towering symbol of modernity. It would have dwarfed the Eiffel Tower in Paris. The tower’s main form

(now St. Petersburg).

was a twin helix which spiraled up to 400 m in height, around which visitors would be transported with the aid of various mechanical devices. The main framework would contain four

Tatlin’s Constructivist tower was to be built from industrial materials: iron, glass and steel. In materials, shape and function,

large suspended geometric structures.

it was envisaged as a towering symbol of modernity. It would have dwarfed the Eiffel Tower in Paris. The tower’s main form was a twin helix which spiraled up to 400 m in height, around

There were also plans to install a gigantic open-air screen on the cylinder, and a further projector which would be able to cast messages across the clouds on any overcast day.

which visitors would be transported with the aid of various mechanical devices. The main framework would contain four large suspended geometric structures.

There were also plans to install a gigantic open-air screen on the cylinder, and a further projector which would be able to cast messages across the clouds on any overcast day.

36 SECTION ON ARENA

ROOF SKIN: details Wind Analysis

WIND BREAKING PANELS

Structural Build-Up Overview

SOLAR PANELS

Placement of solar panels optimized WIND BREAKING PANELS

Placement of solar based on panels annual optimized solar radiation

Solar Panels

SOLAR PANELS

based on annual solar radiation

Solar Panels N NNW

EXISITING PLANING & AXIS LAYOUT

VERTICAL LOAD TRANSFER - AXIS

WIND BREAKING PANELS

DIAGRAMMATIC SECTION REINFORCED CONCRETE STRUCUTRE

PREAFBRICATED FRAME

NNE

NW

NE

Roof Geometry Overview

WNW

WIND BREAKING PANELS

ENE

W

TOP VIEW - Comfort Zone Analysis

SCA Arena and adjacent Park site landscape design - St. Petersburg | 2020

37

MAIN STRUCTURE UPSTAND with waterproofing

WSW

POSSIBLE SUPPORTS

STRUCTURAL RING - STRUCTURAL SEGMENTS

ESE

MAIN TRUSSES SW

SKIN STRUCTURE

SE

prefabricated macro module

SOLAR PANELS

EDACAF DNIW NWOD

SSW

EDACAF DNIW NWOD

EDGE BEAM

SECONDARY BEAMS or TRUSSES

wolf ria ehtBRACING esigrene-er&ot ytisoroP NON-STRUCUTRAL RING SEGMENTS

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SCA Arena and adjacent Park site landscape design - St. Petersburg | 2020

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wolf ria eht esigrene-er ot spalF

52

SCA Arena and adjacent Park site landscape design - St. Petersburg | 2020

EAST-TO-WEST DOWN-WIND FORCES

52

Secondary winds blow from the East to the West

OPTIMIZED PANEL PLACEMENT - Approx. 12.000 m2 OPTIMIZED PANEL PLACEMENT - Approx. 12.000 m2

Solar panels tilted to maximize Solar panels to maximize solartilted radiation gain solar radiation gain

MAIN ENTRANCE AXIS

Secondary winds blow from the East to the West

EAST-TO-WEST DOWN-WIND FORCES

49

wolf ria eht esigrene-er ot spalF

SOLAR RADIATION - Perspective Overview Perspective Overview

melborp ehT

PREVAILING WINDS BLOW FROM THE WEST TO THE EAST AERIAL VIEW - Wind Direction Analysis

SOLAR RADIATION - Top View

PERSPECTIVE OVERVIEW

East-to-West down-wind forces disrupted by wind breaking panels, improving

comfort along MAIN ENTRANCE AXIS the main entrance axis

East-to-West down-wind forces disrupted by wind breaking panels, improving comfort along the main entrance axis

SKIN

SSE

S

SCA Arena and adjacent Park site landscape design - St. Petersburg | 2020

DECK

E

TOP VIEW - Wind Direction Analysis

- Panel Typology Overview melborpTOP ehVIEW T

50

SKIN

SECTION ON CANTILIVER

Placement of solar panels optimized based on annual solar radiation

Solar Panels

SCA Arena and adjacent Park site landscape design - St. Petersburg | 2020

C -2 0 -xx x

SCA Arena and adjacent Park site landscape design - St. Petersburg | 2020

N NNW

NNE

sdrawnwod xetrov eht hsuP NW

NE

WNW

2 NOITPO 2 NOITPO

wolfria ecuder ytisogur ecafruS ytisnetni xetrov dna yticolev

wolfria ecuder ytisogur ecafruS ytisnetni xetrov dna yticolev

ENE

W

1 NOITPO

E

000-00-C

1 NOITPO

WSW

ESE

PANEL ORIENTATION

000-00-C

SW

54

54

SE

PANEL ORIENTATION

CONVENTION CENTER BAKU: COOP-HIMMELBLAU CONVENTION BAKU: COOP-HIMMELBLAU Baku,CENTER Azerbaijan

SCA Arena and adjacent Park site landscape design - St. Petersburg Baku, | 2020 Azerbaijan S SSW

SSE

SOLAR RADIATION Top Viewdesign - St. Petersburg SOLAR SCA Arena and adjacent Park site-landscape | 2020 RADIATION - Perspective Overview

OPTIMIZED PANEL PLACEMENT - Approx. 12.000 m2

Solar panels tilted to maximize solar radiation gain

participation as junior project architect PANEL ORIENTATION

54

TOP VIEW - EAST ELEVATION

TOP VIEW - NORTH ELEVATION

TOP VIEW - SOUTH ELEVATION

TOP VIEW - WEST ELEVATION TOP VIEW - WEST ELEVATION

62

SCA Arena and adjacent Park site landscape design - St. Petersburg | 2020

SCA Arena and adjacent Park site landscape design - St. Petersburg | 2020

technical 2d-drawings elevations

63

64

SCA Arena and adjacent Park site landscape design - St. Petersburg | 2020

SCA Arena and adjacent Park site landscape design - St. Petersburg | 2020

CONVENTION CENTER BAKU: COOP-HIMMELBLAU Baku, Azerbaijan

team effort

53

SPORTS AND CONCERT COMPLEX, St. Petersburg, RU (in collaboration with COOP Himmelb(l)au)

17

ICE WORLD

THE FIELDS

URBAN ISLAND

FACILITIES

family recreation area

festival area

children<7 playground

ice rink

k rin 200

ice rink

KIDS WORLDICE WORLD

ICE WORLD

THE FIELDS

festival area

st

ea l ar iva

Ice

ICE WORLD KIDS WORLD

Zoning of Park program

Zoning Park program Parkoffunctions connections

Excpected visitors amount

Zoning of Park program

family recreation area

children<7 playground

Football field medical/

FACILITIES

KIDS WORLD

74

73

THE FIELDS

URBAN ISLAND

FACILITIES

KIDS WORLD

ICE WORLD

THE FIELDS

URBAN ISLAND

Football field

skate park

stationary stands

family recreation area

festival area

Football field

skate park

stationary stands

family recreation area

festival area

Football field

skate park

stationary stands

sports facilities

climbing zone

medical/ rental/etc

children<7 playground

ice rink

sports facilities

climbing zone

medical/ rental/etc

children<7 playground

ice rink

sports facilities

climbing zone

medical/ rental/etc

Athletic track

exercise equipment

admin.

children>7 playground

Athletic track

exercise equipment

admin.

children>7 playground

Athletic track

exercise equipment

admin.

SCA Arena and adjacent Park site landscape design - St. Petersburg | 2020

View to the Arena from Yuriya Gagarina Prospekt

17

25

SCA Arena and adjacent Park site landscape design - St. Petersburg | 2020

Aerial view to the Arena fromSouth

25

19

SCA Arena and adjacent Park site landscape design - St. Petersburg | 2020

View to the Arena from Yuriya Gagarina Prospekt

19

13

SCA Arena and adjacent Park site landscape design - St. Petersburg | 2020

Detail View of the Arena Facade

13

FACILITIES

ice rink

Sports grounds

Sports grounds

76

SCA Arena and adjacent Park site landscape design - St. Petersburg | 2020

Zoning of Park program

ICE WORLD

Sports grounds

festival area

children>7 playground

children>7 playground

URBAN ISLAND

Athletic track

73

SCA Arena and adjacent Park site landscape design - St. Petersburg | 2020

Sports grounds

73 75

SCA Arena and adjacent Park site landscape design - St. Petersburg | 2020

73 77

SCA Arena and adjacent Park site landscape design - St. Petersburg | 2020

team effort

EAST TO WEST WINDS Winds disrupted to prevent strong down wind forces Angled panels double as roof lighting for team/event logo

THERMAL LAYER Natural Ventilation of Foyer

TECHNICAL

Views toward Victory Park A A

LOUNGE

Connected to Terraces

Prevailing winds disrupted by structure

A A

WEST TO EAST WINDS

TOP VIEW - SECTION AA

VIP

Prevailing Winds

TOP VIEW - SECTION AA DETAIL SECTION

PUBLIC TERRACE

DETAIL SECTION

FOYER

MAIN ENTRANCE

VIP ENTRANCE

Barrier-Free Entrance

Section A-A

technical 2d-drawings sections and facade sections

Section A-A Section A-A

SCA Arena and adjacent Park site landscape design - St. Petersburg | 2020

42

SCA Arena and adjacent Park site landscape design - St. Petersburg | 2020

42

SCA Arena and adjacent Park site landscape design - St. Petersburg | 2020

Detail Section A-A

43

REININGHAUSEN QUARTIER, Graz, AT (in collaboration with COOP Himmelb(l)au) team effort 5 OG 4 OG 3 OG 2 OG 1 OG 0 EG

- EINFÜGEN KLARER ACHSEN Shops, Fitness

- ABSTUFUNG DER ZIMMER

Gastro Hotel -EINDEUTIGER EINGANG ÜBER SHARED LOBBY HOTEL/OFFICE -ZUSÄTZL. SHOPFLÄCHE -ENTFLUCHTUNG

ARBEITSMODELL ALTE POSTSTRASSE RQ2 - Reininghaus Quartier 2, Graz | ARBEITSSTAND | 19.03.2018

ARBEITSMODELL PIAZZA 21

RQ2 - Reininghaus Quartier 2, Graz | ARBEITSSTAND | 19.03.2018

22

STAND KOOPERATIVES VERFAHREN 23.05.2017

STAND VORENTWURF AC 30.01.2018

-FREISPIELEN FRÜHSTÜCKSRAUM MIT LUFTRAUM -KURZER KERN AUS OG04 WENN MÖGLICH (X-TREPPE) -OPTIMIERUNG FUNKTIONFLÄCHEN

-VERSCHIEBEN VON 6xA1

ZIMMERN NACH OG04 -KURZER KERN AUS OG04 MÖGLICH -LUFTRAUM ÜBER FRÜHSTÜCK -EXTRA E od.D1 MÖGL.

Office

-VERGRÖßERUNG DER GESCHOSS -KEIN EINGRIFF

Kern

FLÄCHE -EINFÜGEN DER A1 ZIMMER AUS OG02

Technik

ORGANISATION TURM EG00-OG04

STAND CHBL 09.03.2018

RQ2 - Reininghaus Quartier 2, Graz | ARBEITSSTAND | 09.03.2018

- NUTZUNGSWECHSEL

- UMVERTEILUNG >> TERRASSENBILDUNG

Shops, Fitness Klinik Erweiterung

- ÜBERHÖHE IM FRÜHSTÜCKRAUM

Technik

- UMSIEDLUNG DER ZIMMER

SCREENSHOT TURM 8

RQ2 - Reininghaus Quartier 2, Graz | ARBEITSSTAND | 09.03.2018

9

RQ2 - Reininghaus Quartier 2, Graz | ARBEITSSTAND | 09.03.2018

14

KUBATURSTUDIE MALL RQ2 - Reininghaus Quartier 2, Graz | ARBEITSSTAND | 09.03.2018

12

team effort participation as junior project architect concept study - facade folding 1:500

concept study - tower 1:500

concept study - folding roof 1:500

REININGHAUSEN QUARTIER, Graz, AT (in collaboration with COOP Himmelb(l)au)

ERDGESCHOSS RQ2 - Reininghaus Quartier 2, Graz | ARBEITSSTAND | 19.03.2018

1. OBERGESCHOSS RQ2 - Reininghaus Quartier 2, Graz | ARBEITSSTAND | 19.03.2018 23

2. OBERGESCHOSS RQ2 - Reininghaus Quartier 2, Graz | ARBEITSSTAND | 19.03.2018 24

3. + 4. OBERGESCHOSS RQ2 - Reininghaus Quartier 2, Graz | ARBEITSSTAND | 19.03.2018 25

26

team effort

concept study - choosen elevation 1:500

concept study - elevations 1:500

CHINA NATIONAL PLANT MUSEUM, Kunming, CN (in collaboration with COOP Himmelb(l)au)

team effort participation as intern submission model 1:1000

+31.00m

±00.00m =+1941.20m -3.00m -7.00m

屋顶 ROOF

温室展厅 GREENHOUSE 覆土层 SOIL TANK 基础连接层 CONNECTION TO BASEMENT

ttechnical section drawing greenhouse

concept model 1:1000

CHINA NATIONAL PLANT MUSEUM, Kunming, CN (in collaboration with COOP Himmelb(l)au)

team effort

submission model - illuminated state 1:500

submission model - close up 1:500

submission model - top view 1:500