طراحی ساختمانی مبتنی بر عملکرد ۱: از ساخت‌وساز زیرِ سطح زمین تا دیوارهای حفره‌دار ۲۰۱۲
Performance Based Building Design 1: From Below Grade Construction to Cavity Walls 2012

Before the energy crisis of the 1970s, neither building physics nor energy efficiency and building performance were high priorities in building design. However, as the need for energy conservation grew, so did the interest in holistic building design. This two-volume work presents a comprehensive view of buildings and their "performance," supported by the application of building physics principles in planning and execution.

Here, "building performance" refers to all building-related physical properties that can be planned in the design process and controlled during construction and operation. The term "plannable" requires calculation models and procedures for dimensioning and design, while "controllable" requires the use of measurement technology and comparative analyses.

This first of two volumes presents a holistic view of buildings, supported by the application of building physics principles, in planning and execution. After an overview of the essential materials for thermal insulation, sealing, airtightness, and moisture protection, as well as explanations of joints, a detailed presentation of building constructions follows, starting with the excavation. Subsequently, foundations, components in contact with the ground and rising components, common load-bearing and ceiling systems up to massive exterior walls with external or internal insulation and double-shell walls are discussed. Most chapters follow this structure: overview, general requirements, planning, execution.

The work provides architecture and civil engineering students with a comprehensive toolkit for mastering building constructions, as well as serving as a reference work for practicing civil engineers to refresh their knowledge. The book assumes a thorough knowledge of building physics as well as basic knowledge of structural design, building materials science, and building constructions.