Doug Oughton, Steve Hodkinson, Richard Brailsford
Faber & Kell's Heating and Air-Conditioning of Buildings
Doug Oughton, Steve Hodkinson, Richard Brailsford
Faber & Kell's Heating and Air-Conditioning of Buildings
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Now in its 11th edition, there is no more trusted practitioner reference for the principles of heating and air-conditioning of buildings. Practical, applicable information is illustrated with simple, easy-to-use diagrams, now in colour for the first time. Substantial updates include a new layout, new material on sustainability, new calculation methods, and all the latest changes to the building regulations.
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Now in its 11th edition, there is no more trusted practitioner reference for the principles of heating and air-conditioning of buildings. Practical, applicable information is illustrated with simple, easy-to-use diagrams, now in colour for the first time. Substantial updates include a new layout, new material on sustainability, new calculation methods, and all the latest changes to the building regulations.
Produktdetails
- Produktdetails
- Verlag: Taylor & Francis Ltd
- 11 ed
- Seitenzahl: 968
- Erscheinungstermin: 30. Januar 2015
- Englisch
- Abmessung: 257mm x 210mm x 58mm
- Gewicht: 2180g
- ISBN-13: 9780415522656
- ISBN-10: 041552265X
- Artikelnr.: 41610728
- Verlag: Taylor & Francis Ltd
- 11 ed
- Seitenzahl: 968
- Erscheinungstermin: 30. Januar 2015
- Englisch
- Abmessung: 257mm x 210mm x 58mm
- Gewicht: 2180g
- ISBN-13: 9780415522656
- ISBN-10: 041552265X
- Artikelnr.: 41610728
Doug Oughton, after serving an apprenticeship with a national contractor, joined AECOM in 1967, became a Partner in 1981, a Director in 1983 and, after retirement, a Consultant in 2004. Doug was awarded AECOM Fellowship in 2011. He was awarded an MSc(Arch) by the University of Bristol in 1979 after presentation of a research paper dealing with energy consumption and energy targets for air-conditioned office buildings. He was CIBSE President for the year 2002/03. Doug is a Fellow of the Royal Academy of Engineering, a Chartered Engineer and an Honorary Fellow of the Chartered Institution of Building Services Engineers. Ant Wilson joined AECOM as a graduate engineer in 1979 following four years at Bath University and was awarded an honours degree in Building Environmental Engineering. He worked within the computer division and the applied research groups, was made a Director in 1990 and an AECOM Fellow in 2011. He now has responsibility for the company¿s Sustainable Development Group within the Building Division. Ant is a Chartered Engineer, a Fellow of the Energy Institute, a Fellow of the Chartered Institution of Building Services Engineers, a Fellow of the Society of Façade Engineering and a Member of the Society of Light and Lighting.
Introduction Section A Building Physics A1. Comfort and other Fundamentals
A2. The Building in Winter A3. The Building in Summer A4. Modelling of
Buildings A5. Noise Control Section B Sustainable Design B1. Sustainability
B2. Building Regulations B3. Renewable Energy B4. Combined Heat Power
Section C Heating and Hot Water Supply C1. Heating of Buildings C2. Energy
Sources C3. Heat Generators, Combustion and Chimneys C4. Hydronic Systems
C5. Steam Systems C6. Unitary (direct) Systems C7. Hot Water Supply
Section D Air Conditioning and Ventilation D1. Air Conditioning Systems D2.
Air Distribution D3. Air Treatment Equipment D4. Calculations for Air
Conditioning D5. Refrigeration and Heat Rejection D6. Ventilation Systems
Section E Pipework and ductwork systems E1. Pipework Design for Indirect
Systems E2. Pumps and Auxiliary Equipment E3. Ductwork Design E4. Fans
Section F Installation, Commissioning and Operation F1. Health & Safety F2.
Controls and Building Management Systems F3. Motor Drives, Starting Methods
and Control F4. Commissioning and Handover F5. Operation and Maintenance
A2. The Building in Winter A3. The Building in Summer A4. Modelling of
Buildings A5. Noise Control Section B Sustainable Design B1. Sustainability
B2. Building Regulations B3. Renewable Energy B4. Combined Heat Power
Section C Heating and Hot Water Supply C1. Heating of Buildings C2. Energy
Sources C3. Heat Generators, Combustion and Chimneys C4. Hydronic Systems
C5. Steam Systems C6. Unitary (direct) Systems C7. Hot Water Supply
Section D Air Conditioning and Ventilation D1. Air Conditioning Systems D2.
Air Distribution D3. Air Treatment Equipment D4. Calculations for Air
Conditioning D5. Refrigeration and Heat Rejection D6. Ventilation Systems
Section E Pipework and ductwork systems E1. Pipework Design for Indirect
Systems E2. Pumps and Auxiliary Equipment E3. Ductwork Design E4. Fans
Section F Installation, Commissioning and Operation F1. Health & Safety F2.
Controls and Building Management Systems F3. Motor Drives, Starting Methods
and Control F4. Commissioning and Handover F5. Operation and Maintenance
Introduction Section A Building Physics A1. Comfort and other Fundamentals
A2. The Building in Winter A3. The Building in Summer A4. Modelling of
Buildings A5. Noise Control Section B Sustainable Design B1. Sustainability
B2. Building Regulations B3. Renewable Energy B4. Combined Heat Power
Section C Heating and Hot Water Supply C1. Heating of Buildings C2. Energy
Sources C3. Heat Generators, Combustion and Chimneys C4. Hydronic Systems
C5. Steam Systems C6. Unitary (direct) Systems C7. Hot Water Supply
Section D Air Conditioning and Ventilation D1. Air Conditioning Systems D2.
Air Distribution D3. Air Treatment Equipment D4. Calculations for Air
Conditioning D5. Refrigeration and Heat Rejection D6. Ventilation Systems
Section E Pipework and ductwork systems E1. Pipework Design for Indirect
Systems E2. Pumps and Auxiliary Equipment E3. Ductwork Design E4. Fans
Section F Installation, Commissioning and Operation F1. Health & Safety F2.
Controls and Building Management Systems F3. Motor Drives, Starting Methods
and Control F4. Commissioning and Handover F5. Operation and Maintenance
A2. The Building in Winter A3. The Building in Summer A4. Modelling of
Buildings A5. Noise Control Section B Sustainable Design B1. Sustainability
B2. Building Regulations B3. Renewable Energy B4. Combined Heat Power
Section C Heating and Hot Water Supply C1. Heating of Buildings C2. Energy
Sources C3. Heat Generators, Combustion and Chimneys C4. Hydronic Systems
C5. Steam Systems C6. Unitary (direct) Systems C7. Hot Water Supply
Section D Air Conditioning and Ventilation D1. Air Conditioning Systems D2.
Air Distribution D3. Air Treatment Equipment D4. Calculations for Air
Conditioning D5. Refrigeration and Heat Rejection D6. Ventilation Systems
Section E Pipework and ductwork systems E1. Pipework Design for Indirect
Systems E2. Pumps and Auxiliary Equipment E3. Ductwork Design E4. Fans
Section F Installation, Commissioning and Operation F1. Health & Safety F2.
Controls and Building Management Systems F3. Motor Drives, Starting Methods
and Control F4. Commissioning and Handover F5. Operation and Maintenance