Portfolio Selma Shimura 2020 by Selma Shimura

SELMA SHIMURA architecture portfolio 2010 - 2020

selma shimura

academic degree

Master of Architecture in Tsukamoto Laboratory Tokyo Institute of Technology | TiTech 2017 – 2019

23 Sul Arquitetura [ http://www.23sul.com.br ] Internship in Architecture – different scales of project design: commercial spaces, public educational buildings, and residential architecture São Paulo, July 2012 – January 2014

Architecture and Urban Planning University of São Paulo | FAU USP 2008 – 2015

Double formation in Civil Engineering University of São Paulo | FAU-POLI 2012 – 2015

professional experience

Intertechne Consultores [ http://www.intertechne.com.br/en/ ] Architectural design for the public company Metro of São Paulo. Passenger underground connection between station Paulista and Consolação. Full project developed and delivered in Revit BIM São Paulo, October 2019 – Januay 2020

exchange courses

Architecture Workshop: The Relation Architecture Yokohama Graduate School Architecture YGSA – YNU and FAU USP Urban design project for São Paulo downtown area. São Paulo, selected participant, August 2013 Harvard Collaborative Field Course Harvard University and USP – School of Engineering, developed in Cambridge, Boston and New York. “Resilient cities: Urban adaptation for Climate Changes” Cambridge, selected participant, January 2014

WISH: Workshop on International Social Housing Accademia de Mendrísio and FAU USP developed in Switzerland Individual project design for social housing in São Paulo.

Tsukamoto Laboratory + Atelier Bow Wow

[ http://www.wish.usi.ch/2011/#p_6 ]

[ http://tsukalabweb.wixsite.com/home ] Architecture design work – Lakeside Dancers Club (Horst Festival stage); Tokyo Metabolizing; Body Culture (Super Ground Seoul Exhibition)

Mendrisio, selected participant, August 2011 – September 2011

Tokyo, April 2017 – September 2019

Nikken Sekkei [ https://www.nikken.co.jp/ja/ ] Part-time architect in the Design team – New Camp Nou (Renovation design for FCB Barcelona stadium developed entirely in Revit BIM Model); Ski Resort in Nisekko Hokkaido Japan Tokyo, March 2018 – June 2019

academic activities

Documentary-Video production Oriented by Professor Maria de Lourdes Zuquim FAU USP, about the implementation of the urban plan for the slum Nova Jaguaré located in the west part of São Paulo City. 2011 – 2012

SPR Arquitetos Co-founder Architecture office – Lima Museum of Art (MALI)

University Extension Project Development of social participatory project with EPA! group (Espaço, Projeto e Ação) | Spatial renewal proposal for the

competition; Indaiatuba house

Glicério Recyclable Material Cooperative.

São Paulo, July 2016 – March 2017

2010 – 2011

Planservi Engenharia [ http://www.planservi.com.br/ ] Architect and Urban Planner – urban infrastructures projects: VLT Carioca (tram in Rio de Janeiro), São Paulo Subway – line 6;

BIM model development São Paulo, July 2015 – 2017

Internship in Infrastructure Design São Paulo, February 2014 – July 2015

complementary activities

Participation at the NGO “Um Teto para meu País” Construction of a wooden emergency house in Guarulhos Construction Voluntary, July 2008 Construction Voluntary Assistant, December 2009

design projects

international projects in Nikken Sekkei

Detailed project in Revit BIM for international clients | 2018/2019 Developed at Nikken Sekkei

project for São Paulo Metro

Detailed project in Revit BIM for metro in São Paulo | 2019 Developed at Intertechne Engenharia

walkways through the city

Bachelor thesis in São Paulo | 2015 Individual project design

school, cultural and sporting equipment

Academic project work in São Paulo | 2011 Co-authors Raísa Negrão and João Guilherme

school in Jales SP

Winner design project for public school competition | 2012 Developed at 23 Graus Sul Arquitetura office

MALI new contemporary art wing

Project design for museum competition in Lima, Peru | 2016 Co-authors Raísa Negrão and Pedro Hasse

indaiatuba house

Familiar residence project in São Paulo | 2016 Co-authors Raísa Negrão and Pedro Hasse

Shanghai competition

Urban renewal in Shangai | 2017 Project Architect : Fuminori Nousaku Competition Team: Ivan Bonev, Hans Henrik, Davina Iwana, Amena Nadeem, Selma Shimura, Giovanna Zuliani

Horst Festival Main stage

Tsukamoto Laboratory + Atelier Bow Wow | 2018 Project team: Yoshiharu Tsukamoto, Ivan Bonev, Hans Henrik, Selma Shimura. Designed in Tokyo, built in Belgium.

International projects at Nikken Sekkei Both projects presented above were awarded in international

The second project presented is a business complex and cultural center

competitions by Nikken Sekkei, which I had the pleasure to be part

located in Moscow, Russia. The new complex was lauched through a

of the developping team using the software Revit according to BIM

international design competition hosted by the lasgest bank in the country,

demandings by the clients.

Sberbank. The project is inserted in a strategic and developping area in the

In the first page, the images are concerning the New Camp Nou, the renovation project for the Barcelona Football Club in Spain. The

city connected to multiple railway stations, including the metro adjacent to the site.

exisitng stade were extended both in capacity and in program, as

These projects were selected to demonstrate the prospect of my working

well as the surrounding area that was adequated to the expansion

during my stay in Tokyo, Japan. We constructed within great teams using

that occurs also in the underground. [Rendering images developed

experimental tools in BIM under the direction and prestige of the Japa-

by the graphic design team]

nese office Niken Sekkei.

project in Revit BIM for São Paulo Metro Detailed design developed while working at Intertechne Engenheria in São Paulo. The Company of Metro in São Paulo demanded the whole project in Revit BIM: all drawing sheets of the project, list of quantity of materials for construction as well as the 3D modelling for reviewing

786,81

EE 222

P.D.=2,58m

3,95

1,06

1,58

MEZANINO L4 (N.A.) 785,97

(VER NOTA 6)

EE 143/00

001 PORÃO DE CABOS

1,5

787,55

13,76 COMPRIMENTO TOTAL DO CORRIMÃO

CORTE

ESCALA 1 : 100

13,00

3,00

101 CASA DE MÁQUINAS 1 P.D.=3,97m 795,38 795,35

EE 143/02

EE 222 EC 14

ED 23

VER NOTA 10

EE 319/02 EE 361/03

CONTADORES DE FLUXO VER NOTA 20

EH 71

EE 319/01

1,42

SISTEMA DE VENTILAÇÃO (VER NOTA 7)

EB 15 1,42

1,42

008 ÁREA DE DESCANSO

1,42

92 70

P.D.=2,60m

2,60

ED 23

004 ÁREA DE TRANSIÇÃO

1,42

EC 86 ED 21 3,95

1,58

ÁREA DE DESCANSO (N.A.) 787,55

001 PORÃO DE CABOS

EE 222 786,88 786,81

ENCHIMENTO (VER NOTA 6)

EC 86

EE 319

1,42

789,13 789,06

EF 121/00

P.D.=2,58m

EC 08

1,58

MEZANINO L4 (N.A.) 785,97

P.D.=VAR.

70 92

789,85

2,60

CONTINUA NO DESENHO 4

ÁREA DE TRANSIÇÃO (N.A.) 789,92 ÁREA DE DESCANSO (N.A.) 789,13

13,60

CORTE

COMPRIMENTO TOTAL DO CORRIMÃO

ESCALA 1 : 100

13,00

5 6

1,50

3,00

1,07 2,14

ENCHIMENTO VER NOTA 6

VER NOTA2,14 16

EF 120/00

PASSAGEM DE CABOS (TOMADAS) VER PROJETO 6P7

1,42

788,27

PASSAGEM DE CABOS (TOMADAS) ENCHIMENTO VER PROJETO 6P7

ENCHIMENTO VER NOTA 6

EC 86 EF 121/01

EF 121/00

788,27

ESCALA 1 : 50

1,42

EC 86

10 004

PASSAGEM DE CABOS (TOMADAS) VER PROJETO 6P7

VER NOTA 16 VER NOTA 16

3,72

BANCO DE DUTOS COMPRIMENTO 3,41 VER NOTA 21

3,41

CAIXA DE VISITA, VER NOTA 21

TOTAL DO CORRIMÃO

3,41

6,82

CORTE

1,42

EE 319/01 EEEC 361/06 86 EF 121/01

788,34 92

SENTIDO EC 86 L2

VER NOTA 16

aguardando compatibilização com estruturas

SENTIDO L2

ENCHIMENTO VER NOTA 6

(VER NOTA 6)

EB 56 15

1,42

EE 319/01

EF 121/00

28,50

CORTE

70 788,34

EC 86

3,72

ENCHIMENTO VER NOTA 6

SENTIDO L2

SENTIDO L2 EC 86

EB 15 2,81

EB 15

2,81 56

2,60

3,90

2,60

1,42

2,81

EE 361/05

EC 93

1,42

EC 86

3,90

EC 86 EC 16/05 VER NOTA 16 EC 90

2,60

1,96

788,34

PASSAGEM DE CABOS (TOMADAS) VER PROJETO 6P7

1,07

56 EB 15

VER NOTA 10

002 TÚNEL NORTE

VER NOTA 10

1,17

2,60

1,26

1,07 40

785,98 785,90

9 1,42 1,42 TÚNEL NORTE 1 (N.A.) 55 3 - PATAMAR 70,2

1,26

1,96 789,06

PASSAGEM DE CABOS (TOMADAS) VER PROJETO 6P7

VER NOTA 16

1,07

VER NOTA 16

789,13

2,81

1,42 TÚNEL NORTE 3 - PATAMAR 1 (N.A.) 1,42 1,42 788,34 EE 361/05

1,30

PASSAGEM DE CABOS (TOMADAS) VER PROJETO 6P7

ESTAÇÃO PAULISTA MEZANINO EC 86

EE 361/07

93 71 13

789,06

PASSAGEM DE CABOS (TOMADAS) VER PROJETO 6P7

EE 361/06 EC 86

70,2

1,58

70 92

3,95

EE 264 EE 361/04 EC 86 EE 361/06 EC 86

1,58

EE 264

789,13

1,30

3,13

2,40

MEZANINO L4 (N.A.) EC 785,97 86

EB 15

SISTEMA DE EB 15 002VENTILAÇÃO (VER NOTA 7) TÚNEL15NORTE

ED 23

VER NOTA 10

ÁREA DE DESCANSO (N.A.) 787,55

EE 361/04 ÁREA DE DESCANSO EC 86 (N.A.) 789,13

1,17

008 ÁREA DE DESCANSO

ED 23

VER NOTA 10

008 ÁREA DE DESCANSO

0,73

VER NOTA 10

SISTEMA DE VENTILAÇÃO VER NOTA 7

1,30

ÁREA DE TRANSIÇÃO (N.A.) 789,92 ÁREA DE DESCANSO (N.A.) 789,13 VER NOTA 10

2,60

1,30

3,00

70 92

2,40

0,73

Esta folha é de propriedade da Companhia do Metrô e seu conteúdo não pode ser copiado ou revelado a terceiros. A aprovação deste documento não exime o projetista de sua responsabilidade sobre o mesmo.

ED 21

CORTE 3

ESCALA 1 : 100

CORTE

CORTE ESCALA 1 : 50

ESCALA 1 : 50

8,00

EE 143/02 EC 14

795,38 795,35 G

CAIXA DE VISITA, VER NOTA 21

BANCO DE DUTOS VER NOTA 21

3,41

walkways through the city The construction of the city has privileged, throughout history, the

pedestrian flow, so the surrounding areas of metro stations were

circulation on public space through roadways, increasingly broader, as

selected, due to its features. Based on some analysis on future metro

a sign of progress and development. The effects of these choices are

lines to be constructed on the city, the Freguesia do Ă&#x201C; stations

felt now with high daily traffic jams, vehicles noise and air pollution.

surroundings were selected to be intervened. Some interventions

In opposition to this idea, it is noticeable that the current scenario

were proposed on the area around the future station, with the

tends and urges to be modified, as the mega cities come closer to an

objective of providing an improved experience for the citizens. The

unsustainable condition. SĂŁo Paulo has shown lately some desire to

solutions designed for the area were examples of how to work with

change its condition, and this work intended to deepen the studies on

matters of the same nature, on the scale of the city and of the district.

the improvement of the pedestrian and cyclists circulation condition

Understanding specific interventions as part of a whole, the objective

in the city.

of the work is to propose public spaces to be appropriated by the

Despite the significant importance of walking on the city, the

people, improving the quality of the urban environment.

necessary infrastructure for this activity is frequently left as a minor

The strategies proposed on this work are design experiments applied

role on urban planning and urban design. Understanding the act of

to a specific area on the city. Many of the solutions area very simple

walking as one of the most important activities for more pleasant and

and can make a difference on the quality of the urban environment;

receptive cities to its inhabitants and visitors, this work aims to value

adequate paving, urban furniture that invites the pedestrian to stay,

human activities on public spaces.

appropriate vegetation, public lightning and many other. These are

The theme of this work was also influenced by international debates

some examples of basic premises to offer better spaces quality to the

on the subject. Some urban planners have been working on the

citizens. Providing better conditions of walking for the pedestrians is

subject and have created the term walkability, that describes and

fundamental for them to recognize the spaces as good to stay and

measures how walkable a street or a city is. These researches are an

to actually want to spend their time there, instead of only walking

answer to the urban model applied to the most of the cities. Based

from one place to the other. This is crucial for the maintenance of live

on this theme, a national bibliography was used and applied on the

streets, with people acting on the city.

context of Brazilian cities.

Analyzing parts of the city and re-think them, as presented on this

In order to deepen on the proposed subject, after the theoretical

work, is a way to look at the whole. It is possible to restructure the

analysis, the work enters on the intervention studies on the city of

whole from small interventions, improving urban quality and bringing

SĂŁo Paulo, as an example of application of the concepts studied on

people to enjoy being on the city.

the theory. The intervention needed to be on an area with intense

Availabe at: http://issuu.com/selmashimura/docs/tfg_selma_caderno_low

school, cultural and sporting equipment Contradicting the negative image of water resources that prevails in the relationship between the city of São Paulo and its rivers, the design of a Technical School with Cultural and Sporting Equipment to the community of Corner of the Sky seeks to rediscover an architecture that uses water as part project, in a constant pursuit of coexistence between natural and built. Notice the impact of these large structures as potential transformer of sociability in the periphery, highlighting the notion of public equipment as part of a system of urban integration. As a starting point, the project extends the edges of the dam into the lot, creating a more subtle transition between land and water. The character of leisure and conviviality of the place is created from this expansion of the perimeter of margins. For inserting of the equipment in the local landscape, we sought the horizontal distribution of the program. Through continuity between topography and roof of the building remains the desired visual and spatial fluidity. Access to the building is close to 766m elevation, creating a large square continuous over the entire volume. Therein lies the public auditorium covered by inclined planes which allow the continuity of the space of the square and provide unique character to be user.

CIDADE TIRANDENTES

Guaianases Cid Tiradentes

Ipiranga Capão Redondo

S Amaro

Grajaú Socorro

GRAJAÚ

ORIGEM-DESTINO

(cantinho do céu)

DISTÂNCIAS

S Miguel

C Líder V Prudente

Butantã

40km

SÉ

Santana

Osasco

30km

OSASCO

Guarulhos Pirituba

S André S Caetano S Bernardo Diadema

dados 2002

22km

GUARULHOS k 21

VIAGENS

16km

CANTAREIRA

The school, on the lower level, has access to parallel program complex cultural-sports. However, the unit is ensured by building walkways that sew the building volume and give freedom to the displacement, reiterating the possibility of meeting between people, architecture and landscape. Laboratories and classrooms are located on both arms . The activity develops through the levels connected by a ramp that follows the longitudinal slope of the building linking all program activities. The library stands as highlighted space in the project to be located on the water, allowing a visual straightforwardness the landscape of the dam. The importance of this volume lightness is reinforced by the support rods on the top floor, creating a large vent in the building volume. The sports complex is next to the water level, emphasizing its use integrated shores. The pool, bounded by walkways, is inserted into the extension of the dam, maintaining the visual continuity of this. As the volume envelope, a metal screen is placed on the building facades ensuring uniformly and protecting the solar incidence, under a transparency that complements the social contact and the visual frames existing in place.

+ de 100 mil 90 a 100 mil 80 a 90 mil 70 a 80 mil 60 a 70 mil 40 a 60 mil 30 a 40 mil 25 a 30 mil 10 a 25 mil

Guarulhos Freg Ó

Pirituba

Santana

S Miguel Penha

Lapa

Osasco

Itaquera

Mooca V Mariana

Capão Redondo

V Sônia

Guaianases Cid Tiradentes

C Líder

Butantã

Taboão da Serra

V Prudente

Ipiranga S Mateus S Amaro S André S Caetano

Grajaú Socorro S Bernardo Diadema

NÍVEL INFERIOR | ESCOLA +751.00__+756.00

1. salas de aula 2. lab informática 3. serviços gerais 4. cantina

5. grêmio 6. exposição 7. internet pública 8. lab construção naval

CORTE TRANVERSAL BIBLIOTECA

CORTE TRANVERSAL SALAS DE AULA / LABORATÓRIOS

9. lab construção civil 10. lab materiais 11. lab química 12. lab gestão

NÍVEL SUPERIOR +756.00__+761.00

1. acesso escola 2. secretaria/diretoria 3. coordenação 4. administração esportes 5. cozinha

6. restaurante social 7. biblioteca 8. lab construção naval 9. lab construção civil 10. lab idiomas

11. lab física/biologia 12. cozinha 13. restaurante social 14. acesso esportes

tela metรกlica treliรงa caixilho

CORTE LONGITUDINAL SALA DE AULA / RESTAURANTE

CORTE LONGITUDINAL LABORATร RIOS

1. Uniform wrapping throughout the building; 2. Detail metal truss structure; 3. Walkways crossing the gap inside the building; 4. Front view of the volume over the water; 5. Physical model: cork paper, triplex paper and vegetable printed; 6. A view of internal gap with walkways; 7. Auditorium volume; 8. Entrance by coverage.

school in Jales SP Public school project for elementary and secondary

volumes according to their main function: classrooms,

education developed within the brazilian architecture

sports court and administration.

office 23 Graus Sul to run for contest of FDE -

The classrooms were placed on the ground floor

Fundação para Desenvolvimento da Educação,

so that student activities can expand to the internal

public body of the Department of Education of the

courtyard of the lot, integrating the school and the

State of São Paulo.

existing green space.

From the basic design presented, the project received

The block of the sports court is wide and integrates

first place in public bidding for the development of

with access ramps and living space for students,

the school project in Jales, small city located in the

maintaining a continuous double height space that

state of São Paulo.

welcomes the meetings of students, professors and

The school is structured in a contrast of independent

staff.

01. CLASSROOMS 02. COVERED PATIO 03. SPORTS COURT 04. SPORTS DEPOSIT 05. CANTEEN 06. RESTROOM 07. STUDENT UNION 08. TEACHERS DEPOSIT 09. ADM RESTROOM 10. DEPOSIT 11. TEACHERS ROOM 12. DIRECTOR

13. VICE DIRECTOR 14. COORDINATION 15. SECRETARIAT 16. COMPUTER ROOM 17. LIBRARY 18. MULTITASK ROOM 19. RECUPERATION ROOM 20. STUDENTS RESTROOMS 21. REFECTORY 22. KITCHEN 23. DEPOSIT 25. STAFF RESTROOMS

MALI new contemporary art wing Not only a singular building or a unique way of telling a story. Instead

atmosphere of the halls by changing the light spectre. On the other

of a ‘grand narrative’ or the concept of a linear time, this propose

hand, the frosted glass facade protects artwork pieces from direct

aims to create the possibility of simultaneous exhibitions. Inspired by

sunlight without blocking it all.

the original building of the museum and a very representative point

As an underground construction, we purpose a top down excava-

of it, we recreate the Mali Palace Patio translating its void into three

tion method using the soil as formwork. After excavation the main

solid construction with the same square proportion.

building structure is already done. The given soil analysis allowed us

The water that comes from the Andes irrigates the site and leads to

to expose the soil in some parts of the building.

the pound that reflects the existing building. It is the same time the

The program for the new wing was distributed respecting each func-

entrance for the new contemporary wing. The Plaza, at 3.50 meters

tion and activities, but at the same time sharing the common spaces

below the ground level, acts initially as an extension of the existing

like Plaza, Cafe, Library and the passageways. The Plaza configures a

public areas of the site and protects users from the noise of the

meeting point for people coming from many parts of the city.

Avenida 9 de Deciembre and Avenida Wilson. The public underground passageway connects the Dammert Park, Metro Station and the Exposition Park by crossing the museum voids and inviting visitors to experience art without even entering the museum in fact.

“Lima es una ciudad asediada por la muerte, una alarmante muestra de esplendor subterráneo, devastadora miseria y torpe orgullo colonial. Son sus reinos subterráneos los que terminarón por prevalecer sobre las

Three buildings relating to the Incas ancient writing – the three Qui-

trivialidades de la super cie. Esos reinos son verdaderos, son subterráneos

pu knots. The voids between modules allows ventilation and light

y son nuestros; la poesía peruana será subterránea será deslumbrente o

to the underground buildings. The water above skylight modifies the

no será.” Jorge Eduardo Eielson

indaiatuba house Residential project for a senior couple that wish to live in the suburbs of the metropolis of SĂŁo Paulo. The concept was to maximie natural sunlight and incorporate the courtyard into the house. Project was entirely developed in Revit BIM.

shanghai competition Peopleâ&#x20AC;&#x2122;s activities create synergistic effects by building two axes in

and plans as much as possible while utilizing existing buildings, it is

a complex geometry surrounded by buildings such as historic man-

created a modern work styles, lifestyle and third place in the city,

sions, gardens, old factories, office buildings, etc. Planning to do so,

while leaving the atmosphere of existing factories.

three squares of different characteristics form Open Space Axis, and

Three different squares are connected to the open space axis. In

determine a flow of people to north-south direction of the site. The

the lush green park located on the south side of the site, neighbor-

existing buildings were connected by a covered walkway and a tun-

hood residents can exercise, children can play. In the event square

nel, forming Framed Axis. This building frame suggests a flow of peo-

surrounded by buildings of walkways, cafes and co-working spaces,

ple in the east-west direction. By intersecting these two axes, we will

movable tents are suspended from the surrounding buildings,

increase the use of peopleâ&#x20AC;&#x2122;s open space and settle its importance. In

outdoor exhibitions, music concerts, flea markets etc. are possible.

the future, the axis in the east and west direction can be expanded

Furthermore, from the south side road people go through the bot-

further, and the whole block can be revitalized. By changing openings

tom of the office and arrive at the event square.

main stage for Horst festival Atelier Bow Wow and Tsukamoto Laboratory have designed in 2018

life. On contrary, the box pulses with music. It is a melting pot of

the main stage of the Horst Music and Art Festival, hosted at the

the energy of young people - an antipode of the dead castle and the

castle just outside of Leuven, Belgium. The project was developed

still scenery. The walls on both sides stay inclined by being tied with

in Tokyo and the members joinend the construction in Belgium, few

tension ropes. It reminds of the stranded giant Gulliver. The repeti-

weeks before the festival.

tion of ropes creates an immaterial roof, which seems to blend with

â&#x20AC;&#x153;A wooden box is on the lake shore. It opens like a military amphib-

the horizon. The main deck is a dancefloor, extended by a platform

ABW /vehicle Horst Stage / 08.06 the lake. The lake holds the castle away from ious towards

submerged into the water.

AUDITORIUM COLUMN 40x140 (2 units) LONGITUDINAL BEAM 40x140

BRACING 40x140 (2 units) TOP DECK STRUCTURE 40x140 @400 STEPS STRUCTURE 40x70 @400

AUDITORIUM FLOOR PLANKS 28x150

MODEL_PHOTOS

RAMP FLOOR PLANKS 28x150 FLOOR STRUCTURE 40x140 @400

RAILING STRUCTURE 40x140 (2 units)

CLADDING SUPPORT 40x140 HANDRAIL PLANKS 28x150 RENTED DJ TABLE

BACKSTAGE FLOOR STRUCTURE 40x140 @400

FLOOR STRUCTURE 40x140

BENCH COLUMN 40x140 (2 units)

SECONDARY COLUMN 40x140 LONGITUDINAL BEAM 40x140 SECONDARY STRUCTURE 40x70

6,2 m LENGTH TIMBER COLUMN 75x225 (2 units)

WALL CLADDING PLANKS 35x150 BENCH CLADDING PLANKS 35x150

WOOD FLOOR PLANKS 28x150 FRONT CLADDING PLANKS 28x150

LIGHTLOAD CONNECTION BLOCK 75x225x500 (2 units) LEVELING CONCRETE TILE 300x300x50 HEAVYLOAD CONNECTION BLOCK 100x300x1500 (2 units)

BAR WOODEN BOX PLANKS 28x140

CLADDING SUPPPORT 40x140 (cut to size) LOADBEARING ROPE ARAMID Ã&#x2DC;8 TENSIONER DETAIL

4,5 m LENGTH TIMBER COLUMN 75x225 (2 units) BASE BEAM 100x300 @2000

selma.shimura@gmail.com +06 26 46 98 47 74 Rue Ney 69006 Lyon, France