ARCT3330 Architectural Technology 3 Technology and Structures [PDF]

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ARCT3330 Architectural Technology 3

Technology and Structures

Painting by Penry Williams depicting Rome in the 1840’s from: “the art and science of wine” James Halliday and Hugh Johnson Mitchell Beazley Publishers, 1994

The University of Western Australia Faculty of Architecture Landscape and Visual Arts UNIT GUIDE ENVIRONMENTAL DESIGN ARCT3330 “Architectural Technology 3 Semester 1, 2007

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Unit Description ARCT3330 Architectural Technology 3 Value: 6 points This unit covers construction techniques, structure and an introduction to services in buildings as they apply to large buildings. Topics include preparation of sections, structural materials and analysis, fire services and safety, hydraulic / mechanical / electrical / communication systems and constructional systems. Lectures: 4hrs per week for the first 6 weeks of the semester; tutorials/ seminars 2 hrs per week throughout the semester. Unit Co-ordinator: Marco Vittino Guest lecturers:as detailed in the Lecture program. Prerequisites: Architectural Technology 2 (ARCT2230) and Architectural Science / Computing 2 (ARCT2240) Unit Outline The unit aims to explore the integration of structures and services in large-scale buildings. The vehicle for this will be a Technology Design Project where you will propose a design for a large building, do an analysis of its structure using computer modelling software, prepare a set of working details, and produce a model of your design revealing both its spatial qualities and the interaction of the structure, cladding and service networks. The lecture series will run twice a week for the first 6 weeks and a series of weekly tutorials will run for the full 12 weeks of the semester. The lecture series will incrementally provide you with the components for your design, however you will be expected to expand on this with your own research. You will work in groups of three with each group completing all parts of the project. Please complete the group form attached to the end of the course guide and submit it to the unit coordinator as soon as possible and no later than at the first computer simulation workshop. Groups must organise access to the Multiframe software on their computer accounts. It is assumed that all members in the group will contribute equally in satisfying the unit requirements and all members of a group will receive the same assessment. If any member of the group is dissatisfied with the contribution or attendance of another member of their group, they will have to lodge a formal complaint in writing to the unit coordinator, prior to the submission of the assigned work. The unit will include a series of lectures and computer simulation workshops. The intention is to introduce Multiframe structural design software and use case studies and your design project to demonstrate structural principles. A range of materials will be investigated and long span and multi-storey structural concepts explored and analysed. At the end of the workshops you will have carried out a structural analysis of your design project to prove that it works. A lecture series introducing studies in contemporary structures will be given in tandem and will focus on the behaviour of structural elements, the properties of sections and materials commonly used to support loads in structures; and will end with a lecture on cladding systems. Running parallel with structural component will be a series of lectures that will introduce the topic of service networks to buildings. The topics will cover air conditioning, electrical services and hydraulics. The intention is to communicate and investigate through your design project the nature and scale of operation of these technologies. Service systems now absorb a significant part of the budget of current building practice and are demanding in terms of design and management energy. It is critical to appreciate the design responses and strategies for there integration into the built fabric. Unit Objectives • Develop a knowledge of the selection and design of structural elements • Develop an awareness of the behaviour of structural elements • Develop a knowledge of how loads applied to buildings find their way to the ground • Develop a knowledge of the relationship between structural and non-structural elements • Develop an awareness of the role of the various building components and processes • Develop an ability to use simulation software in the design process • Develop an awareness of the integrated nature of architectural design and construction • Develop a sense of materiality of architecture • Develop an understanding of the design and construction sequences The University of Western Australia Faculty of Architecture Landscape and Visual Arts UNIT GUIDE ENVIRONMENTAL DESIGN ARCT3330 “Architectural Technology 3 Semester 1, 2007

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• Develop a knowledge of the patterns of service networks • Develop an understanding of the performance of service systems • Develop an awareness of the scale, integration and impact of environmental control services on the built project. Extension Policy All assignments have a distinct submission date associated with them and should be submitted with cover sheets that are available from the Resource Room. Students are required to submit by that date all work completed to that time. Extensions will not be allowed except as specified in the ALVA Extension policy. Late submissions will be accepted in accordance with FALVA policies. For further information on late submissions and penalties refer to: http://www.alva.uwa.edu.au/current_students/forms_and_Policies?f=82746

Non-contact Hours Consultation The unit co-ordinator is available for consultation on matters arising in the unit by appointment. Students wishing to see the unit co-ordinator should make their appointments directly with the unit co-ordinator during contact hours, or by visiting his office in room 3.08, or by telephone on 6488 2779. The co-ordinators email address is [email protected] Return of Student Work All students’ work submitted for assessment will be returned to students during scheduled lectures within four weeks of its submission and before the end of the Pre-Examination Study Period. Site Visits Students may visit selected buildings under construction during the semester. The address of the site visit will be announced at the Tuesday tutorial in the week prior to the visit. If the building sites are within the metropolitan region, students will be asked to meet at the site. If the sites are outside the metropolitan region, the School will arrange communal transport. Students should wear appropriate clothing when visiting building sites. Appropriate clothing consists of closed and flat shoes, trousers or shorts and well-fitted tops. Hats should be worn to offer protection from UV radiation. Some sites may require students to wear protective helmets if so; students needing to purchase a protective helmet may do so from Alsafe Safety Industries Pty Ltd in Osborne Park. UWA has Student Plan Personal Accident Insurance cover for architecture students on course-required practicum. Details of the cover are available from the UWA Insurance Officer on telephone 6488 3214 or from the UWA Internet site on: http://www.safety.uwa.edu.au/policies/student

The following link contains important information relating FALVA policies on: (i) Submission of Assignments (ii) Printing Basics (iii) Academic Misconduct (iv) Appeals Against Academic Assessment (v) Charter of Student Rights. You are expected to follow it, read it and make yourself familiar with its contents. http://www.alva.uwa.edu.au/current_students/forms_and_Policies Timetables & Venues Weeks 1 - 6: Tuesday 2pm – 4pm: lectures or tutorials in Room G22. Weeks 1 - 6: Tuesday 4pm – 6pm: computer lectures and tutorials in computing labs 4.04 and 4.08. Weeks 1 - 6: Wednesday 4pm – 6pm: lectures or tutorials in Room G22. Weeks 7 – 12: Tuesday 2pm–4pm, 5pm-7pm: tutorials in Maths Lecture Rooms G17 and G18 (main campus). The University of Western Australia Faculty of Architecture Landscape and Visual Arts UNIT GUIDE ENVIRONMENTAL DESIGN ARCT3330 “Architectural Technology 3 Semester 1, 2007

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Assessment The unit will be assessed in three components and to achieve a pass in the ARCT3330 unit a student must pass all components of the unit. Sketch design (20%) The minimum requirement is to submit on A1 sheets in landscape format a sketch design with the following information on it: floor plans and elevations at scale 1:200, cross section at scale 1:100, and a three dimensional view or physical model. The work is to be submitted to the Resource Room by 3.00pm Friday 23 March 2007 (Week 4). Structural design and simulation (30%) A study using Multiframe software of your proposed building structure, to prove the adequacy of your design solution. Report to be submitted to the Resource Room by 10.00am Monday 16 April 2007 (Week 7). Working Detail Development and Scale Model of Architectural Project (50%) The minimum requirement is to submit the following: A3 sheets in landscape format with the following information on them: floor plans, sections and elevations at scale 1:200, typical cross section adjacent to the main structure at scale 1:50 and 1:10 architectural/constructional details of all relevant junctions. Schematic floor plans and diagrams of main services showing reticulated networks, ducting, equipment etc. sectional model of a 30 metre portion of the (main) building at scale 1:100. It will include the spatial requirements of all the services plant mentioned above and expose all the ducts, pipes etc to reveal the interaction of the structural and service networks within this building. It must demonstrate an architectural and technical understanding of the relationships, tolerance and fit of the structure, services and cladding of the building. As this model is a representation of your proposed building, it should be imbued with precision, quality and craftsmanship that you as the Architect would expect from the builder. Model and drawings are to be submitted by 3.00pm Friday 18 May 2007 (Week 11). Drawings are to be submitted to the Resource Room and the unit coordinator will inform you where to submit the final model prior to the deadline. Work Timetable It should be noted that that this unit will benefit from steady and consistent work. To produce a competent set of working details requires continual reassessment of earlier work and a continuing interaction with the tutors and the consultants who are assisting in the program. It is almost inconceivable that an acceptable set of documents could be submitted without this consultation process. This is equally true with the model where thoughtful planning and the amount of time put in have a direct impact on the quality and success of the model. It is strongly suggested that students devise a weekly work program and then stick to it. NOTE: To achieve a pass in the ARCT3330 unit a student must pass all components of the unit. If one of the components is not passed then the maximum possible grade will be 48%.

The University of Western Australia Faculty of Architecture Landscape and Visual Arts UNIT GUIDE ENVIRONMENTAL DESIGN ARCT3330 “Architectural Technology 3 Semester 1, 2007

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Design Technology Project The proposed design technology project is a wine making facility and cellar door. A detailed brief will be handed out at the introductory lecture in week 1. The clients are interested in environmentally sustainable practices and the building(s) will need to reflect their philosophy. Your design propositions will need to illustrate that you are capable of delivering an innovative architectural project that is also environmentally and technologically responsive. The project has no given budget but you are required to maintain the costs as low as possible without compromising architectural, technological or environmental ideas. The clients are open to new systems and materials and are interested in realising a state of the art winery. Passive and active design principles should be incorporated and the building(s) must be in accordance with BCA requirements and conform to fire safety regulations. During the lecture series the consultants will explain the requirements for the various services and how you would go about fulfilling these requirements.

from: “the art and science of wine” James Halliday and Hugh Johnson Mitchell Beazley Publishers, 1994

The University of Western Australia Faculty of Architecture Landscape and Visual Arts UNIT GUIDE ENVIRONMENTAL DESIGN ARCT3330 “Architectural Technology 3 Semester 1, 2007

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Lecture Abstracts

Week 1:

Tuesday 27/2/07, G22, 2 pm - 4 pm - Lecture by Marco Vittino Introduction to the course and the Architectural Technology Project Tuesday 27/2/07, Computer Labs 4.04, 4.08, 4 pm - 6 pm - Multiframe lecture by Marco Vittino Introduction to Multiframe and Section Maker – geometry, connectivity, sections, restraints, loads. Wednesday 28/2/07, G22, 4 pm - 6 pm - Cladding Systems Lecture by Marco Vittino The working drawing: section, plan and details.

Week 2:

Tuesday 6/3/07, G22, 2 pm – 4 pm - Structures Lecture by Marco Vittino An introduction to and an awareness of structures – review of role of structural engineer and discussion of fundamental structural concepts. Tuesday 6/3/07, Computer Labs 4.04, 4.08, 4 pm - 6 pm - Multiframe lecture by Marco Vittino 2D structural modelling techniques – Frame maker, member types, loading, frames and trusses. Wednesday 7/3/07, G22, 4 pm – 6 pm - Services Lecture by John McGuire Heating, ventilation and air-conditioning services (HVAC) within buildings.

Week 3:

Tuesday, 13/3/07, G22, 2 pm – 4 pm - Services Lecture by John Poyner Electrical, lighting and security services within buildings. Tuesday 13/3/07, Computer Labs 4.04, 4.08, 4 pm - 6 pm - Multiframe lecture by Marco Vittino 3D structural modelling techniques – Worked example. Wednesday 14/3/07, G22, 4 pm – 6 pm - Services Lecture by Adam Byrne Hydraulic services within buildings.

Week 4:

Tuesday 20/3/07, G22, 2 pm – 4 pm - Group tutorials – refer group times posted on notice board. Presentation and review of design projects Tuesday 20/3/07, Computer Labs 4.04, 4.08, 4 pm - 6 pm - Multiframe lecture by Marco Vittino Case Study – 3D trusses and space frames, advanced structural modelling. Wednesday 21/3/07, G22, 4 pm – 6 pm - Group tutorials – refer group times posted on notice board. Presentation and review of design projects Friday 23/3/07, Resource Room, 3 pm - SUBMISSION 1: Sketch Design

Week 5:

Tuesday 27/3/07, G22, 2 pm – 4 pm - Structures Lecture by Marco Vittino Structural Systems and Performance of Structures– geometry, shape, interaction etc...dead, live, wind, point, uniform loads, their calculation, and codes. Force diagrams, bending, deflection, shear, design criteria, and understanding force diagrams. Tuesday 27/3/07, Computer Labs 4.04, 4.08, 4 pm - 6 pm - Multiframe tutorial by Marco Vittino Analisys and Report – Students design for the Architectural Technology Project. Wednesday 28/3/07, G22, 4 pm – 6 pm - Group tutorials – refer group times posted on notice board Presentation and review of design projects

Week 6:

Tuesday 3/4/07, G22, 2 pm – 4 pm - Structures Lecture by Marco Vittino Loads and Project Parameters- Calculating loads on your proposed design, assessing performance. Tuesday 3/4/07, Computer Labs 4.04, 4.08, 4 pm - 6 pm - Multiframe tutorial by Marco Vittino Analisys and Report – Students design for the Architectural Technology Project.

The University of Western Australia Faculty of Architecture Landscape and Visual Arts UNIT GUIDE ENVIRONMENTAL DESIGN ARCT3330 “Architectural Technology 3 Semester 1, 2007

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Wednesday 4/4/07, G22, 4 pm – 6 pm - Group tutorials – refer group times posted on notice board Presentation and review of design projects M I D Week 7:

S E M E S T E R

B R E A K

Monday 16/4/07, Resource Room, 10 am - SUBMISSION 2: Multiframe Structural Report Tuesday 17/4/07, Maths G17, 2 pm – 4 pm - Project Tutorial with Emiliano Roja Tuesday 17/4.07, Maths G18, 5pm – 7pm – Project Tutorial with Katherine Ashe Review session - where students will present and discuss their design detail proposals.

Week 8:

Tuesday 24/4/07, Maths G17, 2 pm – 4 pm - Project Tutorial with Emiliano Roja Tuesday 24/4.07, Maths G18, 5pm – 7pm – Project Tutorial with Katherine Ashe Review session - where students will present and discuss their design detail proposals.

Week 9:

Tuesday 1/5/07, Maths G17, 2 pm – 4 pm - Project Tutorial with Emiliano Roja Tuesday 1/5/07, Maths G18, 5pm – 7pm – Project Tutorial with Katherine Ashe Review session - where students will present and discuss their design detail proposals.

Week 10:

Tuesday 8/5/07, Maths G17, 2 pm – 4 pm - Project Tutorial with Emiliano Roja Tuesday 8/5/07, Maths G18, 5pm – 7pm – Project Tutorial with Katherine Ashe Review session - where students will present and discuss their design detail proposals.

Week 11:

Tuesday 15/5/07, Maths G17, 2 pm – 4 pm - Project Tutorial with Emiliano Roja Tuesday 15/5/07, Maths G18, 5pm – 7pm – Project Tutorial with Katherine Ashe Review session - where students will present and discuss their design detail proposals. Friday 18/5/07, Resource Room, 3 pm - SUBMISSION 3: Working Details and Technology Model

Week 12:

Tuesday 22/5/07, Cullity Gallery, 2 pm - 3 pm - Critique of the Technology Project Models Review panel - feedback session by Marco Vittino and visiting tutors. Tuesday 22/5/07, 3 pm – 6 pm Site Visit with Marco Vittino Site visit – location and time of site visit will be announced the previous week.

The University of Western Australia Faculty of Architecture Landscape and Visual Arts UNIT GUIDE ENVIRONMENTAL DESIGN ARCT3330 “Architectural Technology 3 Semester 1, 2007

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READINGS, RESOURCES AND LIBRARIES These readings are taken from the Building Code of Australia or BCA, Australian Standards, the textbooks and other books listed in the bibliography. The bibliography contains books relevant to architectural technology in Australia, the United States and the United Kingdom and books appropriate to each English-speaking region are included. It should be noted that when researching details you must always reference them to the local conditions. It is pointless detailing a building in such a way that it cannot be built in Perth. If you find a detail or method of construction from an overseas source then you must adapt it to the local conditions. This will involve not just finding a local alternative but analysing the detail to see if it is suitable to our climatic and environmental conditions. Finally it must conform to the BCA and Australian Standards. Resources for details The building industry is the resource and “library” from where you will get the information to detail your building design. Students are expected to carry out research on materials and details from within the building industry. This will involve contacting material and component supply companies and obtaining product catalogues and samples. If a student finds a detail that they wish to use from an overseas source then they must look for local materials that can fulfil the same requirements. Building Code of Australia & Australian Standards The BCA regulates the design and construction of buildings in Australia. Its bibliographic details are: Building Code of Australia, Australian Building Codes Board, Canberra, 1996. (FIZ 8690.021894 1996 BUI 1-2, Resource Room, EDFAA on CD) Students should note that the BCA is available in FIZ, the Resource Room on paper and on CD and as an electronic copy in EDFAA. The BCA references more than 120 Australian Standards. Copies of all Australian Standards are available on-line using any CygNET terminal in EDFAA, at www.standards.com.au or their bookshop at 165 Adelaide Terrace, Perth. The electronic copy of the BCA in EDFAA also contains links to the standards referenced in the BCA. Bibliography The following bibliography has been compiled of sources of direct relevance to the construction and technology of small lightly-serviced buildings in Australia, the United States and the United Kingdom. Numbers in brackets give the EDFAA call number unless otherwise stated. The bibliography is not comprehensive and students seeking more or detailed information should consult the following specialised subject headings:

Preliminary Reading Allen, E. How Buildings Work: The Natural Order of Architecture, OUP, Oxford, 1995. (0721 1995 HOW) Ching, F D. K. Building Construction Illustrated, Van Nostrand Reinhold, New York, 1975. (0690 1975 BUD Milton, H. J. (ed.) Glossary of Australian Building Terms, Sydney Building Information Centre, Sydney, 1985. (8690.03 1985 GLO) Ward-Harvey, K. Fundamental Building Materials, third edition, The Royal Australian Institute of Architects, Canberra, 1997. (0691 1997 FUN)

The University of Western Australia Faculty of Architecture Landscape and Visual Arts UNIT GUIDE ENVIRONMENTAL DESIGN ARCT3330 “Architectural Technology 3 Semester 1, 2007

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Dictionaries Bianchina, F Illustrated Dictionary of Building Materials and Techniques, John Wiley & Sons, New York, 1993. (8690.03 1993 ILL) Brett, P An Illustrated Dictionary of Building, Butterworth Heinemann, Oxford, 1997. (8690.03 1997 ILL) Bucher, W. (ed.) Dictionary of Building Preservation, John Wiley & Sons, New York, 1996. (8720.3 1996 DIC) Cowan, H. J. & Smith, P R. Dictionary of Architectural and Building Technology, Elsevier Applied Science Publishers, London, 1986. (8720.321 1986 DIC) Forbes, J. R. Dictionary of Architecture and Construction: French/English and English/French, Lavoisier Publishing, Paris, 1984. (8720.341 1984 DIC) Grech, C. (ed.) Multilingual Dictionary of Architecture and Building Terms, E. & F. N. Spon, London 1998. (8720.3 1998 MUL Harris, C. M. (ed.) Dictionary of Architecture and Construction, second edition, McGraw-Hill, New York, 1993. (8720 1993 DIC) Kinniburgh, W. Dictionary of Building Materials, C. R. Books, London, 1966. (FIZ 8691.3 1966 1) MacLean, J. H. & Scott, J. S. The Penguin Dictionary of Building, Penguin, London, 1993. (8690.03 1993 PEN) McMullan, R. Macmillan Dictionary of Building, Macmillan Press, London, 1988. (8690.03 1988 MAC) Marsh, P Illustrated Dictionary of Building, Construction Press, Harlow, Essex, 1982. (8690.03 1982 ILL) Milton, H. J. (ed.) Glossary of Australian Building Terms, Sydney Building Information Centre, Sydney, 1985. (8690.03 1985 GLO) Milton, H. J. Symbols and Abbreviations for Building and Construction, Standards Association, Sydney, 1992. (8690.0148 1992 SAB) Pevsner, N., Fleming, J. & Honour, H. A Dictionary of Architecture, Penguin, London 1975. (8720.3 1975 1) Sturgis, R. Sturgis' Illustrated Dictionary of Architecture and Building, unabridged reprint of 1901-2 edition, Dover, New York, 1989. (8720.3 1989 STU/1-3) Traister, J. E. Illustrated Dictionary for Building Construction, Fairmont Press, Lilburn, Georgia, 1993. (8690 1993 ILL) Van Mansum, C. J. Dictionary of Building Construction in Four Languages, Elsevier, Amsterdam, 1959. (FIZ 8690.3)

The University of Western Australia Faculty of Architecture Landscape and Visual Arts UNIT GUIDE ENVIRONMENTAL DESIGN ARCT3330 “Architectural Technology 3 Semester 1, 2007

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Handbooks Handbooks contain relevant information, particularly anthropometric data, for architects arranged by building type. Some like the New Metric Handbook contain information on structure and materials. There is no Australian handbook of architects data, so architects in this country generally use the British New Metric Handbook or the Neufert’s Architects' Data. American handbooks obviously contain relevant information but there use is limited by their use of Imperial dimensions. Allen, E. & lano, J. The Architect's Studio Companion, John Wiley & Sons, New York, 1995. (0721 1995 ARC) Building Code of Australia, Australian Building Codes Board, Canberra, 1996. (FIZ 8690.021894 1996 BUI 1-2, Resource Room, EDFAA on CD) Callender J. H. (ed.) Time-Saver Standards for Architectural Design, fifth edition, McGraw-Hill, New York, 1974. (0721 1974 TIM) Cowan, H. J. (ed.) Handbook of Architectural Technology, Van Nostrand Reinhold, New York, 1990. (0690 1990 HAN) De Chiara J. (ed.) Time-Saver Standards for Residential Development, McGraw-Hill, New York, 1984. (0711.58 1984 TIM) De Chiara J. & Callender, J. H. (eds) Time-Saver Standards for Building Types, McGraw-Hill, New York, 1990. (8729.2 1990 TIM) Elder, A. J. (ed.) AJ Handbook of Building Enclosure, The Architectural Press, London, 1974. (0720 1974 AJH) Graf, D. Basic Building Data, Van Nostrand Reinhold, New York, 1949. (FIZ 8690) Hodgkinson, A. (ed.) AJ Handbook of Building Structure, The Architectural Press, London, 1974. (0624.1 1974-2) Merritt, F. S. & Ricketts, J. T. Building Design and Construction Handbook, McGraw-Hill, New York, 1994. (FIZ 8690 1994 BUI) Neufert, E. Architects' Data, BSP Professional Books, London, 1980. (8721.0212 1980 ARC) Ramsey, C. G. & Sleeper, H. R. Architectural Graphic Standards, sixth edition, John Wiley & Sons, New Tutt P & Adler, D. New Metric Handbook, Architectural Press, Oxford, 1981. (R721.0212 1981 NEW)

Building Construction Although some of the books listed may be out of date in various respects, they all contain valuable information on, for example, traditional timber construction. Such information, and indeed the superseded information, can be vital when conservation and preservation projects are being undertaken.

Allen, E. Fundamentals of Building Construction, John Wiley & Sons, New York, 1990. (0690 1990 FUN) Ambrose, J. Building Construction and Design, Van Nostrand Reinhold, New York, 1992. (0690 1992 BUI) Baggs, S. A., Baggs, D. W. & Baggs, J. C. Australian Earth Covered Building, UNSW Press, Sydney, 1991. (0720.4730994 1990 AUS) Banz, H. Building Construction Details, Van Nostrand Reinhold, New York, 1979. (0729 1979 BUI) The University of Western Australia Faculty of Architecture Landscape and Visual Arts UNIT GUIDE ENVIRONMENTAL DESIGN ARCT3330 “Architectural Technology 3 Semester 1, 2007

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Bloomfield, F C. & Peterson, E. The Australian Carpenter & Joiner, fourth edition, Standard Publishing, Sydney, 1981. (R694 1981 Aus v1-4) Boyne, D. A. C. A. & Wright, L. (eds) Architects' Working Details, The Architectural Press, London, 1953. (0692.2 1953 ARC) Brookes, A. J. & Grech, C. The Building Envelope and Connections, Architectural Press, London, 1996. (0690.12 1996 BUI) Ching, F. D. K. Building Construction Illustrated, Van Nostrand Reinhold, New York, 1975. (0690 1975 BUI) Dawson, S. (ed.) Architects' Working Details 3, Emap Construct, London, 1996. (0720.222 1996 ARC) Ellison, D. C., Huntington, W. C. & Mickadeit, R. E. Building Construction: Materials and types of construction, sixth edition, John Wiley & Sons, New York, 1987. (0691 1987 BUI) Engel, H. Measure and Construction of the Japanese House, Charles E. Tuttle, Rutland, Vermont, 1985. (728.370952 1985 M EA) Geeson, A. G. Building Science for Students of Architecture and Building, The English Universities Press, London, 1951. (690) Greenhalgh, R. Modern Building Construction, New Era Publishing, London. (690) Gutdeutsch, G. Building in Wood, Birkhauser, Basel, 1996. (0721.0548 1996 BUI) Harris, J. B. & Li, K. P Masted Structures in Architecture, Butterworth, Oxford, 1996. (0721 1996 MAS) Huntington, W. C. Building Construction: Materials and Types of Construction, John Wiley & Sons, New York, 1963. (690) Krewinkel, H. W. Glass Buildings, Birkhauser, Basel, 1988. (0721.05496 1988 GLA) Martin, B. Joints in Buildings, George Godwin, London, 1977. (0690 1977 JOI) McAdam, P S. Architectural Concrete, Civil Engineering Department, QIT, Brisbane, 1982. (0721.0055 1982 ARC) McKay, W. B. Building Construction, Longmans, London, 1952. (690) Mitchell's Building Construction, five volumes, Batsford, London: Everett, A. Materials (FIZ 691 1970-2) Ogg, A. Architecture in Steel, The Royal Australian Institute of Architects, Canberra, 1987. (0721.0547142 1987 ARC) Pegrum, R. Details in Australian Architecture, RATA Education Division, Canberra, 1984. (0720.284994 1984 DET/1) Pegrum, R. Details in Australian Architecture Volume 2, RATA Education Division, Canberra, 1987. (0720.284994 1984 DET) Principles of Modern Building, Department of Scientific and Industrial Research (Building Research Station), London, 1959. (690) Richardson, B. A. Wood in Construction, The Construction Press, Lancaster, 1976. (FIZ 0620.12 1976-1) Sharp, W. W. Australian Methods of Building Construction, Angus and Robertson, Sydney, 1969. (FIZ 690 1969-1) The University of Western Australia Faculty of Architecture Landscape and Visual Arts UNIT GUIDE ENVIRONMENTAL DESIGN ARCT3330 “Architectural Technology 3 Semester 1, 2007

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Sharp, W. W. Building Construction Metricated, Macmillan, Melbourne, 1976. (FIZ 690 1976-4) Wass, A. Methods and Materials of Residential Construction, Reston Publishing, Reston, Virginia, 1973. (0690 1973 MET)

Individual Architects and Buildings There is an enormous amount of information published about individual architects and their buildings in monographs and journals. However much of this material ignores the technological aspects of the work; consequently students seeking technical information on particular architects or works should search by name and title first, and then by subject. The archives on major architects can be very useful (e.g. Le Corbusier) and the Architecture in Detail series by Phaidon is excellent. Unfortunately little in detail is published on Australian architectural technology other than on the work of Glenn Murcutt. The books that follow are an example of what is available. Architecture in Detail, Phaidon Press Alvar Aalto, Town Hall, Saynatsalo (0725.13092 AAL) Alvar Aalto, Villa Mairea (0728.37092 AAL) Charles & Ray Eames, Eames House (0728.372092 EAM) Norman Foster, Renault Centre (0725.40942 1991 REN) Foster Associates, Willis Faber & Dumas Building (0725.230942 1993 WIL) Greene & Greene, Gamble House (0728.80973 1992 GAM) Herron Associates, Imagination Headquarters (0725.23092 HER) Louis I. Kahn, Kimbell Art Museum (0727.7092 KAH) Louis I. Kahn, Salk Institute (0727.5574 1993 SAL) Anderson, S. & Nordeck, M. (eds) Krantz & Sheldon: Architectural Projects, School of Architecture & Fine Arts, UWA, 1996, pp. 68-9. (Resource Room) Drew, P Leaves of Iron: Glenn Murcutt, pioneer of an Australian architectural form, Law Book Co., Sydney, 1985. (0728.0924 MUR)

The University of Western Australia Faculty of Architecture Landscape and Visual Arts UNIT GUIDE ENVIRONMENTAL DESIGN ARCT3330 “Architectural Technology 3 Semester 1, 2007

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GROUP NOMINATION FORM

In the spaces below please put the names and student numbers of the students who are to comprise the group. This is to be submitted to the studio co-ordinator at the latest by the start of the computer workshop 4.00pm on Wednesday 28 February 2007. You will be doing the computer workshops in groups, so it must be done by then.

student no

name

email

tel

The University of Western Australia Faculty of Architecture Landscape and Visual Arts UNIT GUIDE ENVIRONMENTAL DESIGN ARCT3330 “Architectural Technology 3 Semester 1, 2007

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