406265 Results
Form:
drawings
drawings
Actions:
Reference number:
ARCH274538
ARCH274538
People:
Date:
1956
1956
Form:
drawings
drawings
Date:
1956
1956
People:
Form:
drawings
drawings
Actions:
Reference number:
ARCH274539
ARCH274539
People:
Date:
1956
1956
Form:
drawings
drawings
Date:
1956
1956
People:
Form:
drawings
drawings
Form:
drawings
drawings
Date:
1952 - 1960
1952 - 1960
People:
Form:
drawings
drawings
Actions:
Reference number:
ARCH274541
Description:
Détails structuraux des planchers de chaque étage, de la piscine, du toit, des portiques, des escaliers, de la marquise, du bassin et des rampes de plancher. Cédule des colonnes.
ARCH274541
Description:
Détails structuraux des planchers de chaque étage, de la piscine, du toit, des portiques, des escaliers, de la marquise, du bassin et des rampes de plancher. Cédule des colonnes.
People:
Date:
1956
1956
Title:
Détails structuraux des planchers de chaque étage, de la piscine, du toit, des portiques
Actions:
ARCH274541
Description:
Détails structuraux des planchers de chaque étage, de la piscine, du toit, des portiques, des escaliers, de la marquise, du bassin et des rampes de plancher. Cédule des colonnes.
Détails structuraux des planchers de chaque étage, de la piscine, du toit, des portiques
Actions:
ARCH274541
Description:
Détails structuraux des planchers de chaque étage, de la piscine, du toit, des portiques, des escaliers, de la marquise, du bassin et des rampes de plancher. Cédule des colonnes.
Form:
drawings
drawings
Date:
1956
1956
People:
Form:
drawings
drawings
Title:
Dessins d'exécution
Dessins d'exécution
Actions:
Reference number:
ARCH274543
Description:
Détails des matériaux pour l'aménagement paysagé, de la façade, des coupes, des étages, de la toiture, du foyer, des vestiaires, du hall, de la cantine, des toilettes, des douches, de la chaufferie, de la menuiserie, des escaliers, des fenêtres, des lumières et de la piscine.
ARCH274543
Description:
Détails des matériaux pour l'aménagement paysagé, de la façade, des coupes, des étages, de la toiture, du foyer, des vestiaires, du hall, de la cantine, des toilettes, des douches, de la chaufferie, de la menuiserie, des escaliers, des fenêtres, des lumières et de la piscine.
People:
Date:
1956
1956
Title:
Dessins d'exécution
Actions:
ARCH274543
Description:
Détails des matériaux pour l'aménagement paysagé, de la façade, des coupes, des étages, de la toiture, du foyer, des vestiaires, du hall, de la cantine, des toilettes, des douches, de la chaufferie, de la menuiserie, des escaliers, des fenêtres, des lumières et de la piscine.
Dessins d'exécution
Actions:
ARCH274543
Description:
Détails des matériaux pour l'aménagement paysagé, de la façade, des coupes, des étages, de la toiture, du foyer, des vestiaires, du hall, de la cantine, des toilettes, des douches, de la chaufferie, de la menuiserie, des escaliers, des fenêtres, des lumières et de la piscine.
Form:
drawings
drawings
Date:
1956
1956
People:
Form:
drawings
drawings
Title:
Plans de la salle électrique, du système des gicleurs par étage, de la piscine et de sa tuyauterie
Plans de la salle électrique, du système des gicleurs par étage, de la piscine et de sa tuyauterie
Actions:
Reference number:
ARCH274545
Description:
Plans de la salle électrique de 4000 volts, du système des gicleurs par étage, de la piscine et de sa tuyauterie. Détails structuraux des pièces, de la piscine, des escaliers et des plafonds. Plans de la piscine du Grand Séminaire de Québec (probablement utilisé à titre de référence).
ARCH274545
Description:
Plans de la salle électrique de 4000 volts, du système des gicleurs par étage, de la piscine et de sa tuyauterie. Détails structuraux des pièces, de la piscine, des escaliers et des plafonds. Plans de la piscine du Grand Séminaire de Québec (probablement utilisé à titre de référence).
People:
Date:
1952 - 1960
1952 - 1960
Title:
Plans de la salle électrique, du système des gicleurs par étage, de la piscine et de sa tuyauterie
Actions:
ARCH274545
Description:
Plans de la salle électrique de 4000 volts, du système des gicleurs par étage, de la piscine et de sa tuyauterie. Détails structuraux des pièces, de la piscine, des escaliers et des plafonds. Plans de la piscine du Grand Séminaire de Québec (probablement utilisé à titre de référence).
Plans de la salle électrique, du système des gicleurs par étage, de la piscine et de sa tuyauterie
Actions:
ARCH274545
Description:
Plans de la salle électrique de 4000 volts, du système des gicleurs par étage, de la piscine et de sa tuyauterie. Détails structuraux des pièces, de la piscine, des escaliers et des plafonds. Plans de la piscine du Grand Séminaire de Québec (probablement utilisé à titre de référence).
Form:
drawings
drawings
Date:
1952 - 1960
1952 - 1960
People:
Form:
drawings
drawings
Reference number:
ARCH274551
ARCH274551
People:
Date:
1958 - 1959
1958 - 1959
Form:
drawings
drawings
Date:
1958 - 1959
1958 - 1959
People:
Form:
drawings
drawings
Actions:
Reference number:
ARCH274554
ARCH274554
People:
Date:
1946
1946
Title:
Détails des pupitres, de la tribune mobile, de l'auditorium et des étages
Actions:
ARCH274554
Détails des pupitres, de la tribune mobile, de l'auditorium et des étages
Actions:
ARCH274554
Form:
drawings
drawings
Date:
1946
1946
People:
Form:
drawings
drawings
Reference number:
ARCH274555
Description:
Comprend aussi des reproductions du plan d'arpentage d'Augustin Dufresne.
ARCH274555
Description:
Comprend aussi des reproductions du plan d'arpentage d'Augustin Dufresne.
People:
Date:
1950
1950
Title:
Études de l'agencement des pavillons sur le site
Actions:
ARCH274555
Description:
Comprend aussi des reproductions du plan d'arpentage d'Augustin Dufresne.
Études de l'agencement des pavillons sur le site
Actions:
ARCH274555
Description:
Comprend aussi des reproductions du plan d'arpentage d'Augustin Dufresne.
Form:
drawings
drawings
Date:
1950
1950
People:
Level of archival description:
Project
Project
Title:
Carbon Tower (2001)
Carbon Tower (2001)
Reference number:
AP174.S1.2001.D1
Description:
This project file documents an unbuilt design by Testa & Weiser for Carbon Tower (2001), a forty-storey building made almost entirely of carbon fibre. The project was developed in parallel with scripting software designed while Peter Testa and Devyn Weiser co-directed the Emergent Design Group at MIT. "The tower consists of an interdependent set of parts: floor plates hang from a diagrid structure of bundled fibres reinforced by two double-helix covered ramps, which are run in and out of the structure and are themselves made of strands woven at a finer scale. A thin composite skin—glass would be too heavy—wraps the tower’s parts together. A collaboration with Arup in 2002 allowed Testa & Weiser to simplify the scheme even further, by moving all core elements, from elevators to structural supports, to the tower’s perimeter. To take full advantage of the flexibility and energy efficiency of composite materials, Testa & Weiser also imagined that the carbon fibre structures would be formed on site through a process called pultrusion."[1] The file contains a large number of digital files documenting the conceptual and design development of the project; consultation with Arup Consulting Engineers, New York; research on composite materials; fabrication of 3D printed physical models by 3D Systems and Windform; and exhibition of the project at several museums and galleries, including the Museum of Contemporary Art, Los Angeles and the Cooper-Hewitt Smithsonian Design Museum, New York. Also contained in the file are 56 paper drawings (including some sketches done on top of printed computer-aided designs) and two 3D printed physical models produced by 3D Systems. Sources: [1] Canadian Centre for Architecture. Archaeology of the Digital 12: Testa & Weiser, Carbon Tower, ed. Greg Lynn (2015), ISBN 978-1-927071-25-0.
AP174.S1.2001.D1
Description:
This project file documents an unbuilt design by Testa & Weiser for Carbon Tower (2001), a forty-storey building made almost entirely of carbon fibre. The project was developed in parallel with scripting software designed while Peter Testa and Devyn Weiser co-directed the Emergent Design Group at MIT. "The tower consists of an interdependent set of parts: floor plates hang from a diagrid structure of bundled fibres reinforced by two double-helix covered ramps, which are run in and out of the structure and are themselves made of strands woven at a finer scale. A thin composite skin—glass would be too heavy—wraps the tower’s parts together. A collaboration with Arup in 2002 allowed Testa & Weiser to simplify the scheme even further, by moving all core elements, from elevators to structural supports, to the tower’s perimeter. To take full advantage of the flexibility and energy efficiency of composite materials, Testa & Weiser also imagined that the carbon fibre structures would be formed on site through a process called pultrusion."[1] The file contains a large number of digital files documenting the conceptual and design development of the project; consultation with Arup Consulting Engineers, New York; research on composite materials; fabrication of 3D printed physical models by 3D Systems and Windform; and exhibition of the project at several museums and galleries, including the Museum of Contemporary Art, Los Angeles and the Cooper-Hewitt Smithsonian Design Museum, New York. Also contained in the file are 56 paper drawings (including some sketches done on top of printed computer-aided designs) and two 3D printed physical models produced by 3D Systems. Sources: [1] Canadian Centre for Architecture. Archaeology of the Digital 12: Testa & Weiser, Carbon Tower, ed. Greg Lynn (2015), ISBN 978-1-927071-25-0.
People:
Date:
2002-2014
2002-2014
Title:
Carbon Tower (2001)
Actions:
AP174.S1.2001.D1
Description:
This project file documents an unbuilt design by Testa & Weiser for Carbon Tower (2001), a forty-storey building made almost entirely of carbon fibre. The project was developed in parallel with scripting software designed while Peter Testa and Devyn Weiser co-directed the Emergent Design Group at MIT. "The tower consists of an interdependent set of parts: floor plates hang from a diagrid structure of bundled fibres reinforced by two double-helix covered ramps, which are run in and out of the structure and are themselves made of strands woven at a finer scale. A thin composite skin—glass would be too heavy—wraps the tower’s parts together. A collaboration with Arup in 2002 allowed Testa & Weiser to simplify the scheme even further, by moving all core elements, from elevators to structural supports, to the tower’s perimeter. To take full advantage of the flexibility and energy efficiency of composite materials, Testa & Weiser also imagined that the carbon fibre structures would be formed on site through a process called pultrusion."[1] The file contains a large number of digital files documenting the conceptual and design development of the project; consultation with Arup Consulting Engineers, New York; research on composite materials; fabrication of 3D printed physical models by 3D Systems and Windform; and exhibition of the project at several museums and galleries, including the Museum of Contemporary Art, Los Angeles and the Cooper-Hewitt Smithsonian Design Museum, New York. Also contained in the file are 56 paper drawings (including some sketches done on top of printed computer-aided designs) and two 3D printed physical models produced by 3D Systems. Sources: [1] Canadian Centre for Architecture. Archaeology of the Digital 12: Testa & Weiser, Carbon Tower, ed. Greg Lynn (2015), ISBN 978-1-927071-25-0.
Carbon Tower (2001)
Actions:
AP174.S1.2001.D1
Description:
This project file documents an unbuilt design by Testa & Weiser for Carbon Tower (2001), a forty-storey building made almost entirely of carbon fibre. The project was developed in parallel with scripting software designed while Peter Testa and Devyn Weiser co-directed the Emergent Design Group at MIT. "The tower consists of an interdependent set of parts: floor plates hang from a diagrid structure of bundled fibres reinforced by two double-helix covered ramps, which are run in and out of the structure and are themselves made of strands woven at a finer scale. A thin composite skin—glass would be too heavy—wraps the tower’s parts together. A collaboration with Arup in 2002 allowed Testa & Weiser to simplify the scheme even further, by moving all core elements, from elevators to structural supports, to the tower’s perimeter. To take full advantage of the flexibility and energy efficiency of composite materials, Testa & Weiser also imagined that the carbon fibre structures would be formed on site through a process called pultrusion."[1] The file contains a large number of digital files documenting the conceptual and design development of the project; consultation with Arup Consulting Engineers, New York; research on composite materials; fabrication of 3D printed physical models by 3D Systems and Windform; and exhibition of the project at several museums and galleries, including the Museum of Contemporary Art, Los Angeles and the Cooper-Hewitt Smithsonian Design Museum, New York. Also contained in the file are 56 paper drawings (including some sketches done on top of printed computer-aided designs) and two 3D printed physical models produced by 3D Systems. Sources: [1] Canadian Centre for Architecture. Archaeology of the Digital 12: Testa & Weiser, Carbon Tower, ed. Greg Lynn (2015), ISBN 978-1-927071-25-0.
Level of archival description:
Project
Project
Date:
2002-2014
2002-2014
People:
