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E-raamat: Laboratory Design Guide: For Clients, Architects and Their Design Team, The Laboratory Design Process from Start to Finish 3rd edition [Taylor & Francis e-raamat]

  • Formaat: 402 pages
  • Ilmumisaeg: 18-Aug-2004
  • Kirjastus: Architectural Press
  • ISBN-13: 9780080496023
Teised raamatud teemal:
  • Taylor & Francis e-raamat
  • Hind: 180,03 €*
  • * hind, mis tagab piiramatu üheaegsete kasutajate arvuga ligipääsu piiramatuks ajaks
  • Tavahind: 257,19 €
  • Säästad 30%
Laboratory Design Guide: For Clients, Architects and Their Design Team, The Laboratory Design Process from Start to Finish 3rd editionSuurem pilt
  • Formaat: 402 pages
  • Ilmumisaeg: 18-Aug-2004
  • Kirjastus: Architectural Press
  • ISBN-13: 9780080496023
Teised raamatud teemal:
Taylor & Francis e-raamatudRohkem infot Taylor & Francis e-raamatute kohta
Raamatu kodulehekülg: https://www.taylorfrancis.com/books/9780080496023
Laboratory Design Guide 3rd edition is a complete guide to the complex process of laboratory design and construction. With practical advice and detailed
examples, it is an indispensable reference for anyone involved in building or renovating laboratories.

In this working manual Brian Griffin explains how to meet the unique combination of requirements that laboratory design entails. Considerations range from safety and site considerations to instrumentation and special furniture, and
accommodate the latest laboratory practices and the constant evolution of science. Case studies from around the world illustrate universal principles of
good design while showing a variety of approaches.
Revised throughout for this new edition, the book contains a brand new chapter on the role of the computer, covering topics such as the virtual experiment, hot desking, virtual buildings and computer-generated space relationship diagrams.
There are also 10 new international case studies, including the Kadoorie Biological Sciences Building at the University of Hong Kong.

* Provides step-by-step explanation of how to meet the unique design requirements of laboratories
* Shows how to make laboratories responsive to evolving technological and scientific practices
* International selection of case studies helps the reader evaluate the options available and is a source of inspiration

Muu info

* Provides step-by-step explanation of how to meet the unique design requirements of laboratories * Shows how to make laboratories responsive to evolving technological and scientific practices * International selection of case studies helps the reader evaluate the options available and is a source of inspiration
List of figures
xiii
List of colour plates
xv
Acknowledgements xvii
Introduction xix
Summary of recommendations xxi
Design brief
1(14)
Initiating the brief
2(2)
Generic laboratories
4(1)
Type and function of the laboratory
4(3)
Staff
7(1)
Hazards
7(2)
Work space, benches and services
9(1)
Storage
9(2)
Equipment
11(1)
Work environment
12(1)
Staff facilities
12(1)
Meeting rooms
13(1)
Car parking
14(1)
Visitors
14(1)
Security
14(1)
Case studies
14(1)
Design methodology
15(8)
Project team
16(1)
Project meetings
16(1)
Project programme and budget
17(1)
Returning the brief
17(2)
Design synthesis
19(1)
Design development
19(1)
Contract documentation
19(3)
Construction management
22(1)
Site and buildings
23(16)
Location
24(1)
Site planning
25(1)
Building design
25(6)
Interior design
31(6)
Special laboratories
37(1)
External bulk storage
37(1)
Teaching laboratories and the virtual experiment
37(2)
Laboratory furniture and services
39(12)
Workbenches
40(5)
Storage cupboards and drawers
45(1)
Non-joinery items of furniture
45(2)
Glass wash facilities
47(1)
Laboratory services
47(2)
Recent technology
49(2)
Special cabinets and benches
51(10)
Fume cupboards
52(3)
Local exhaust ventilation
55(1)
Biological safety cabinets
56(1)
Laminar flow cabinets
56(1)
Down-draught benches
56(1)
Flammable liquids cabinets
56(2)
Decanting benches
58(1)
Anti-vibration benches
58(1)
Equipment/instrumentation benches
58(1)
Workbenches for disabled staff
59(2)
Laboratory computers, instrumentation and equipment
61(6)
Computers
62(1)
Instrumentation for analysis and testing
63(1)
Centrifuges
63(1)
Ovens and autoclaves
64(1)
Incubators
64(1)
Refrigerators and cool rooms
64(1)
Access for large equipment
65(2)
On completion
67(4)
Commissioning equipment
68(1)
Security
68(1)
Emergency procedures
69(1)
Services controls and emergencies
69(1)
Building manual
69(1)
As-built drawings
69(1)
Joint final inspections
70(1)
Publication
70(1)
Maintenance
71(4)
Bench tops
72(1)
Flooring
72(1)
Filters
73(1)
Waste disposal
73(1)
Safety stations
73(1)
Laboratory services and equipment
74(1)
Laboratory audits
74(1)
Environmental design: Internal courtyards as an element of ESD
75(6)
Matthew Jessup
Su-fern Tan
Introduction
76(1)
Design elements
77(1)
The benefits of internal courtyards
78(1)
A simple concept
78(1)
Conclusion
79(2)
Occupational health and safety
81(8)
Caroline Langley
Introduction
82(1)
Design Hazard Review
82(2)
Hierarchy of control
84(3)
Sources of information in Australia
87(1)
Conclusion
88(1)
Hydraulic services
89(8)
Livio Chiarot
General
90(1)
Sanitary drainage and plumbing
90(1)
Water systems
91(1)
System features
91(3)
Materials selection
94(1)
Waste disposal
95(2)
Mechanical services
97(16)
Robert Lord
General
98(2)
Decoupled design approach
100(2)
Integration with other consultants
102(1)
Air quality systems
103(4)
Thermal control systems
107(3)
Acoustic considerations
110(1)
Energy considerations
110(2)
Future proofing considerations
112(1)
Electrical services
113(12)
James McPherson
Introduction
114(1)
Relevant Australian codes and standards
115(1)
Power supply and reticulation
115(2)
Bench electrical services
117(2)
Electrical safety
119(1)
Hazardous zones
120(1)
General lighting
121(4)
Project cost control
125(8)
Ken McGowan
Post-occupancy evaluation
133(6)
Doug Pottrell
Introduction
134(1)
Brief
134(1)
Layout
134(1)
Flexibility
135(1)
Laboratories
135(1)
Air conditioning
135(1)
Features
136(1)
Security
136(1)
Space in demand
136(1)
Room for the future
136(1)
Summary
136(3)
Case studies
139(102)
Biology Teaching and Research Building, University of Wollongong, NSW
143(7)
Biological Sciences & Biomedical Engineering, University of New South Wales, Sydney, NSW
150(4)
Children's Medical Research Foundation, Westmead, NSW
154(4)
Centenary Institute of Cancer Medicine & Cell Biology, Sydney, NSW
158(2)
SmithKline Beecham International Laboratories, Consumer Healthcare, Ermington, NSW
160(2)
Life Sciences Building, Ciba Pharmaceuticals Division, Summit, New Jersey, USA
162(5)
Pacific Power Research Laboratories, University of Newcastle, NSW
167(5)
CSIRO McMasters Laboratories, Prospect, NSW
172(3)
ANSTO Radiopharmaceutical Laboratory, Lucas Heights, NSW
175(3)
Garvan Institute of Medical Research, Sydney, NSW
178(3)
ACTEW Corporation Laboratories, Fyshwick, ACT
181(7)
Camelia Botnar Laboratories, Great Ormond Street Hospital, London
188(3)
Institute of Medical Science, The University of Aberdeen, Scotland
191(4)
Heritage Medical Research Building, University of Alberta, Canada
195(5)
Balgownie Technology Centre, Aberdeen Science Park, Scotland
200(4)
St Michael's Science Building, University of Portsmouth, UK
204(3)
Eli Lilly and Co. Product Development Research Laboratories, Indianapolis, USA
207(4)
Australian Geological Survey Organisation, Canberra, ACT
211(5)
Sir Alexander Fleming Building, Imperial College, London, UK
216(4)
Trinity College Dublin, East End Development, Dublin, Ireland
220(4)
Strathclyde Institute for Biomedical Sciences, Glasgow, Scotland
224(4)
Hunter Water Australia, Newcastle, NSW
228(4)
Analytical Research Laboratories, Napier, New Zealand
232(3)
Biomedical Building, ATP, Sydney, NSW
235(6)
New Science Building, University of Adelaide, SA
241


Brian Griffin is a full time laboratory design consultant with over fifteen years' experience in the field
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