Pete Silver – författare

How do we design in a climate emergency? A new social and ecological prerogative demands appropriate material choices, a re-invention of construction and evolving building programmes that look at lifecycle, embodied energy and energy use. Highly illustrated with practical information and simple explanations for design ideas, this book is the perfect introduction to sustainable design for architecture students. It presents key concepts in relation to the embodied energy of construction, material properties and environmental performance of buildings in an accessible way. In explaining the principles and technologies by which we heat, cool, moderate and mitigate, it demystifies environmental design as a technical exercise and enables students to create sustainable buildings with impact. Keep this sourcebook with you. Features: Amphibious House (Baca Architects), Ashen Cabin (HANNAH), Bunhill 2 Energy Centre (Ramboll, Cullinan Studio, McGurk Architects and Colloide), Cork House (Matthew Barnett Howland, Oliver Wilton and Dido Milne), Dymaxion House (Richard Buckminster Fuller), Eastgate Centre (Mick Pearce), Neuron Pod (Will Alsop – aLL Design and AKT II), Quik House (Adam Kalkin) and Tension Pavilion (StructureMode and Weber Industries). Covers: Acoustics, bamboo construction, biopolymer, bioremediation, CLT, climatic envelope, computational fluid dynamics, earthen architecture, fabric formwork, hempcrete, insulation, mycelium biofabrication, paper construction, passive solar heating, pneumatic structures, solar geometry, tensegrity structures, thermal mass and more.

How do we design in a climate emergency? A new social and ecological prerogative demands appropriate material choices, a re-invention of construction and evolving building programmes that look at lifecycle, embodied energy and energy use. Highly illustrated with practical information and simple explanations for design ideas, this book is the perfect introduction to sustainable design for architecture students. It presents key concepts in relation to the embodied energy of construction, material properties and environmental performance of buildings in an accessible way. In explaining the principles and technologies by which we heat, cool, moderate and mitigate, it demystifies environmental design as a technical exercise and enables students to create sustainable buildings with impact. Keep this sourcebook with you. Features: Amphibious House (Baca Architects), Ashen Cabin (HANNAH), Bunhill 2 Energy Centre (Ramboll, Cullinan Studio, McGurk Architects and Colloide), Cork House (Matthew Barnett Howland, Oliver Wilton and Dido Milne), Dymaxion House (Richard Buckminster Fuller), Eastgate Centre (Mick Pearce), Neuron Pod (Will Alsop – aLL Design and AKT II), Quik House (Adam Kalkin) and Tension Pavilion (StructureMode and Weber Industries). Covers: Acoustics, bamboo construction, biopolymer, bioremediation, CLT, climatic envelope, computational fluid dynamics, earthen architecture, fabric formwork, hempcrete, insulation, mycelium biofabrication, paper construction, passive solar heating, pneumatic structures, solar geometry, tensegrity structures, thermal mass and more.

Architects! Lead the change in responsible and creative material use.There is a creative explosion of work taking place in architecture and design schools exploring materials such as mycelium, clay/earth, engineered timber, bio-based plastics and algae. This handbook of low- and no-carbon materials for architects and designers focuses on sustainable materials, their sourcing, technical properties and the processes required for their use in architecture. The book showcases new and rediscovered processes for material fabrication, responsible sourcing and creative material design. Material properties (structural, thermal, fire, health and life safety) are described and case studies from around the world illustrate the inventive ways in which these materials have been deployed in the built environment. The book is designed as an introduction to the exciting and rapidly changing world of construction materials.With a better understanding of the social, environmental and economic sustainability of any given material - alongside its technical properties - students of architecture can lead the change in responsible and creative material use.CONTENTS1 Materials overview2 Extractive materials: earth and clay concrete stone metals glass3 Grown materials: timber and cork paper hemp bamboo seaweed mycelium algae biopolymers wool

This book provides an understanding of the fundamental theories and practice behind the creation of architectural structures. It aids the development of an intuitive understanding of structural engineering, bringing together technical and design issues. The book is divided into four sections: ''Structures in nature'' looks at structural principles found in natural objects. ''Theory'' covers general structural theory as well as explaining the main forces in engineering. ''Structural prototypes'' includes examples of modelmaking and load testing that can be carried out by students. The fourth section, ''Case studies'', presents a diverse range of examples from around the world – actual buildings that apply the theories and testing described in the previous sections.This accessible, informative text is illustrated with specially drawn diagrams, models, CAD visualizations, construction details and photographs of completed buildings. This book will give students and newly qualified architects a firm grasp of this essential topic.

Understanding the relationship between design and technology is critical to the understanding of architecture. This book clearly explains the core aspects of architectural technology: structural physics, structural elements and forms, heating, lighting, environmental control and computer modelling. Hundreds of photographs, diagrams and screengrabs demonstrate common architectural forms and construction techniques.Historical and contemporary examples chart significant moments in architectural engineering and the development of materials scienceIncludes an examination of computer-aided design (CAD) and the use of building information management (BIM) technology for predicting and analyzing the behaviour of buildings.Written by two experienced teachers, this essential introduction to architecture will help students to integrate their design thinking with the appropriate structural and environmental solutions.

Understanding the relationship between design and technology is critical to the understanding of architecture. This book clearly explains the core aspects of architectural technology: structural physics, structural elements and forms, heating, lighting, environmental control, and computer modelling.Hundreds of photographs, diagrams, and screengrabs demonstrate common architectural forms and construction techniques.Historical and contemporary examples chart significant moments in architectural engineering and the development of materials scienceIncludes an examination of computer-aided design (CAD) and the use of building information management (BIM) technology for predicting and analyzing the behavior of buildings.Written by three experienced teachers, this essential introduction to architecture will help students to integrate their design thinking with the appropriate structural and environmental solutions.

Air can be used in a variety of ways to make lightweight, flexible structures. It can be used to make inflatable structures, mobile structures, and temporary buildings, it can also activate movable elements and act as a means of constructing buildings that would be impossible with conventional construction methods.This book looks at every facet of the subject, examining the different types of air structure: super pressure buildings, air beam structures, buoyant structures, inflatable structures, and many more. It also looks at the construction methods that use air, such as air-inflated steel, aerated concrete and blow moulding. Filled with photographs, models, drawings, and diagrams, this is the ideal book for curious students, designers and architects.