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The Wiley Building Type Basics series provides architects and other professionals with the essential information they need to jumpstart the design of a variety of facilities. This volume covers the design of research laboratories, with the practical information necessary to meet the construction and renovation needs of this increasingly complex industry. Featuring more than 200 illustrations, the Second Edition now addresses laboratory construction in Asia, the Middle East, and Europe, and updates its information for post-9/11 research needs and trends, including the current International Building Codes. New and updated projects from a variety of designers including Duke University′s Medical Science Research Building, GlaxoWellcoms laboratories in the UK, and the US government′s Argon laboratory.

Tabla de contenidos provista por Syndetics

• Editor's Preface(p. vii)
• Preface(p. ix)
• Acknowledgments(p. xi)
• Introduction(p. 1)
• 1 Laboratory Design(p. 3)
• International Overview(p. 3)
• Site Planning(p. 14)
• Exterior Image(p. 17)
• Public Spaces(p. 21)
• The Lab Module-Basis for Laboratory Design(p. 23)
• Flexibility(p. 26)
• Core Labs(p. 32)
• Biosafety Level Labs(p. 34)
• Research Biocontainment Security(p. 36)
• Safety, Security, and Regulations(p. 38)
• 2 Research Facility Programming(p. 47)
• Programming Definition and Key Terms(p. 47)
• The Programming Process(p. 51)
• Programming Tools(p. 75)
• Benchmarking(p. 85)
• Key Cost Factors(p. 88)
• Contracting Methods(p. 91)
• 3 Teaching Laboratories(p. 95)
• Building Community through Science(p. 95)
• 4 Sustainable Design(p. 107)
• The Case for Green Labs and LEED (Leadership in Energy and Environmental Design)(p. 107)
• Sustainable Design Strategies(p. 111)
• Green Chemistry(p. 115)
• Trends in Optimizing Laboratory Energy Use(p. 118)
• Case Study: Lehman College New Science Facility(p. 127)
• 5 Interior Design(p. 133)
• Reception and Lobby(p. 133)
• Conference Rooms(p. 134)
• Lounges and Break Rooms(p. 136)
• Corridors(p. 137)
• Elevators and Stairs(p. 141)
• Research Labs(p. 142)
• Offices(p. 143)
• Interior Finishes(p. 146)
• Wayfinding(p. 148)
• 6 Laboratory Furnishings and Equipment(p. 153)
• Trends in Laboratory Furnishings(p. 153)
• Fume Hoods(p. 164)
• Specialized Equipment and Equipment Spaces(p. 170)
• 7 Engineering Design Issues(p. 177)
• Structural Systems(p. 177)
• Mechanical Systems-General Design Issues(p. 183)
• Fume Hoods-Mechanical System Design Issues(p. 204)
• Electrical Systems(p. 206)
• Lighting Design(p. 209)
• Telephone and Data System(p. 215)
• Information Technology(p. 216)
• Closets(p. 218)
• Plumbing Systems(p. 218)
• Commissioning(p. 224)
• Facility-Management Issues(p. 227)
• 8 Renovations and Adaptive Reuse(p. 229)
• Renovation Types(p. 230)
• Operational Issues(p. 230)
• Budgeting(p. 231)
• Architectural Issues(p. 231)
• Mechanical, Electrical, and Plumbing Issues(p. 233)
• Decision-Making Process(p. 235)
• Quick-Start Guide to Renovations(p. 235)
• Case Studies(p. 237)
• Conclusion(p. 249)
• Illustration Credits(p. 251)
• Index(p. 253)

Notas de autor provistas por Syndetics

Daniel D. Watch, AIA, is an architect and research expert with the Atlanta Office of Perkins+Will, one of the largest American architecture firms designing laboratory facilities. Watch is a leader in the firm's Science & Technology group, coordinating the design of laboratory facilities for the Centers for Disease Control and Prevention, the Department of Homeland Security's NBACC and NBAF research buildings, several academic research buildings, and six projects based in China since publication of the first edition