Items related to Architectural Space Efficiency: From Feasibility to...
Synopsis
Every square meter an architect loses to inefficient design becomes a permanent energy penalty the building will pay for the next 50 years.
Across the Gulf, buildings are losing significant net-to-gross floor area between concept and completion - and the region's climate turns that lost efficiency into an outsized energy and cost burden. Architectural Space Efficiency is the first practitioner guide to quantify exactly how much this costs, why UAE and KSA high-rise construction amplifies the effect, and what to do about it at every design stage.
Built on a rigorous research base spanning 34 international case buildings, expert interviews, and longitudinal tracking of real projects through five design stages, this book establishes the core evidence - a net-to-gross to energy intensity coefficient of -10.43 kWh/m²/yr per percentage point, an R² of 0.887, and a 46% GCC-specific amplification effect - and translates it into the ASEF-S Framework, a practical scoring and evaluation system architects, developers, and sustainability consultants can apply from concept sketch through authority submission.
Inside, you'll find:
- The quantified relationship between net-to-gross ratio and annual building energy performance, in real cost and carbon terms
- Why UAE and KSA high-rise buildings show a measurably larger efficiency penalty than global benchmarks
- A stage-by-stage breakdown of where space efficiency is typically lost - and how to stop it
- The ASEF-S Design Evaluation Tool, in three ready-to-use formats for concept, schematic/developed design, and authority submission stages
- Role-specific action checklists for architects, developers, and regulators
- Worked examples and typology-specific benchmarks for GCC high-rise practice
Written for working professionals rather than academic audiences, this is a book meant to sit on a desk and be used - not shelved.
"synopsis" may belong to another edition of this title.
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Architectural Space Efficiency (Paperback)
Print on DemandSeller: Grand Eagle Retail, Bensenville, IL, U.S.A.
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Paperback. Condition: new. Paperback. Every square meter an architect loses to inefficient design becomes a permanent energy penalty the building will pay for the next 50 years.Across the Gulf, buildings are losing significant net-to-gross floor area between concept and completion - and the region's climate turns that lost efficiency into an outsized energy and cost burden. Architectural Space Efficiency is the first practitioner guide to quantify exactly how much this costs, why UAE and KSA high-rise construction amplifies the effect, and what to do about it at every design stage.Built on a rigorous research base spanning 34 international case buildings, expert interviews, and longitudinal tracking of real projects through five design stages, this book establishes the core evidence - a net-to-gross to energy intensity coefficient of -10.43 kWh/m2/yr per percentage point, an R2 of 0.887, and a 46% GCC-specific amplification effect - and translates it into the ASEF-S Framework, a practical scoring and evaluation system architects, developers, and sustainability consultants can apply from concept sketch through authority submission.Inside, you'll find: The quantified relationship between net-to-gross ratio and annual building energy performance, in real cost and carbon termsWhy UAE and KSA high-rise buildings show a measurably larger efficiency penalty than global benchmarksA stage-by-stage breakdown of where space efficiency is typically lost - and how to stop itThe ASEF-S Design Evaluation Tool, in three ready-to-use formats for concept, schematic/developed design, and authority submission stagesRole-specific action checklists for architects, developers, and regulatorsWorked examples and typology-specific benchmarks for GCC high-rise practiceWritten for working professionals rather than academic audiences, this is a book meant to sit on a desk and be used - not shelved. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability. Seller Inventory # 9798237247855
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Architectural Space Efficiency: From Feasibility to Sustainability
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Architectural Space Efficiency
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Architectural Space Efficiency
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Architectural Space Efficiency : From Feasibility to Sustainability
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Taschenbuch. Condition: Neu. nach der Bestellung gedruckt Neuware - Printed after ordering - Every square meter an architect loses to inefficient design becomes a permanent energy penalty the building will pay for the next 50 years.Across the Gulf, buildings are losing significant net-to-gross floor area between concept and completion - and the region's climate turns that lost efficiency into an outsized energy and cost burden. Architectural Space Efficiency is the first practitioner guide to quantify exactly how much this costs, why UAE and KSA high-rise construction amplifies the effect, and what to do about it at every design stage.Built on a rigorous research base spanning 34 international case buildings, expert interviews, and longitudinal tracking of real projects through five design stages, this book establishes the core evidence - a net-to-gross to energy intensity coefficient of -10.43 kWh/m /yr per percentage point, an R of 0.887, and a 46% GCC-specific amplification effect - and translates it into the ASEF-S Framework, a practical scoring and evaluation system architects, developers, and sustainability consultants can apply from concept sketch through authority submission.Inside, you'll find:The quantified relationship between net-to-gross ratio and annual building energy performance, in real cost and carbon termsWhy UAE and KSA high-rise buildings show a measurably larger efficiency penalty than global benchmarksA stage-by-stage breakdown of where space efficiency is typically lost - and how to stop itThe ASEF-S Design Evaluation Tool, in three ready-to-use formats for concept, schematic/developed design, and authority submission stagesRole-specific action checklists for architects, developers, and regulatorsWorked examples and typology-specific benchmarks for GCC high-rise practiceWritten for working professionals rather than academic audiences, this is a book meant to sit on a desk and be used - not shelved. Seller Inventory # 9798237247855
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Architectural Space Efficiency (Paperback)
Print on DemandSeller: AussieBookSeller, Truganina, VIC, Australia
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Paperback. Condition: new. Paperback. Every square meter an architect loses to inefficient design becomes a permanent energy penalty the building will pay for the next 50 years.Across the Gulf, buildings are losing significant net-to-gross floor area between concept and completion - and the region's climate turns that lost efficiency into an outsized energy and cost burden. Architectural Space Efficiency is the first practitioner guide to quantify exactly how much this costs, why UAE and KSA high-rise construction amplifies the effect, and what to do about it at every design stage.Built on a rigorous research base spanning 34 international case buildings, expert interviews, and longitudinal tracking of real projects through five design stages, this book establishes the core evidence - a net-to-gross to energy intensity coefficient of -10.43 kWh/m2/yr per percentage point, an R2 of 0.887, and a 46% GCC-specific amplification effect - and translates it into the ASEF-S Framework, a practical scoring and evaluation system architects, developers, and sustainability consultants can apply from concept sketch through authority submission.Inside, you'll find: The quantified relationship between net-to-gross ratio and annual building energy performance, in real cost and carbon termsWhy UAE and KSA high-rise buildings show a measurably larger efficiency penalty than global benchmarksA stage-by-stage breakdown of where space efficiency is typically lost - and how to stop itThe ASEF-S Design Evaluation Tool, in three ready-to-use formats for concept, schematic/developed design, and authority submission stagesRole-specific action checklists for architects, developers, and regulatorsWorked examples and typology-specific benchmarks for GCC high-rise practiceWritten for working professionals rather than academic audiences, this is a book meant to sit on a desk and be used - not shelved. This item is printed on demand. Shipping may be from our Sydney, NSW warehouse or from our UK or US warehouse, depending on stock availability. Seller Inventory # 9798237247855
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Architectural Space Efficiency (Paperback)
Print on DemandSeller: CitiRetail, Stevenage, United Kingdom
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Paperback. Condition: new. Paperback. Every square meter an architect loses to inefficient design becomes a permanent energy penalty the building will pay for the next 50 years.Across the Gulf, buildings are losing significant net-to-gross floor area between concept and completion - and the region's climate turns that lost efficiency into an outsized energy and cost burden. Architectural Space Efficiency is the first practitioner guide to quantify exactly how much this costs, why UAE and KSA high-rise construction amplifies the effect, and what to do about it at every design stage.Built on a rigorous research base spanning 34 international case buildings, expert interviews, and longitudinal tracking of real projects through five design stages, this book establishes the core evidence - a net-to-gross to energy intensity coefficient of -10.43 kWh/m2/yr per percentage point, an R2 of 0.887, and a 46% GCC-specific amplification effect - and translates it into the ASEF-S Framework, a practical scoring and evaluation system architects, developers, and sustainability consultants can apply from concept sketch through authority submission.Inside, you'll find: The quantified relationship between net-to-gross ratio and annual building energy performance, in real cost and carbon termsWhy UAE and KSA high-rise buildings show a measurably larger efficiency penalty than global benchmarksA stage-by-stage breakdown of where space efficiency is typically lost - and how to stop itThe ASEF-S Design Evaluation Tool, in three ready-to-use formats for concept, schematic/developed design, and authority submission stagesRole-specific action checklists for architects, developers, and regulatorsWorked examples and typology-specific benchmarks for GCC high-rise practiceWritten for working professionals rather than academic audiences, this is a book meant to sit on a desk and be used - not shelved. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability. Seller Inventory # 9798237247855
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Architectural Space Efficiency | From Feasibility to Sustainability
Print on DemandSeller: preigu, Osnabrück, Germany
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Taschenbuch. Condition: Neu. Architectural Space Efficiency | From Feasibility to Sustainability | Eng. Ibrahim Saad (Dr. Saad da Alex) | Taschenbuch | Englisch | 2026 | Dr. Eng. Ibrahim Saad | EAN 9798237247855 | Verantwortliche Person für die EU: Libri GmbH, Europaallee 1, 36244 Bad Hersfeld, gpsr[at]libri[dot]de | Anbieter: preigu Print on Demand. Seller Inventory # 136959429