Arianna Brambilla – författare

One in three homes, on average, suffer from excessive dampness and mould proliferation, with significant health and economic impacts. The combination of new construction methodologies, stricter airtightness requirements and the changing social and cultural context that influences the way we live inside buildings has created unprecedented challenges for the built environment. In modifying indoor and outdoor environments and the building envelopes that serve as a filter between the two, we are changing the physical parameters of the ways in which buildings behave and respond to climatic stimuli. Understanding and predicting the way in which buildings and moisture may interact should be an important step in the design process, aiming to minimise possible negative long-term consequences. Understanding and predicting the way in which buildings and moisture may interact is, today more than ever, essential yet difficult, as the experience of the past has lost its applicability. Moisture-related issues never have a simple solution, since they involve multiple factors, including design, construction, maintenance, materials, climate and occupation pattern. Thus, while the topic is attracting growing attention among researchers, designers and practitioners, the pace with which actual change is occurring is still too slow.

Moisture and Buildings provides a critical overview of current research, knowledge and policy frameworks, and presents a comprehensive analysis of the implications of moisture and the importance of accounting for it during the design process. It responds to the urgent need for a systematic organization of the existing knowledge to identify research gaps and provide directions for future developments. The ultimate goal is to increase awareness of the multifaceted implications of hygrothermal phenomena and promote integrated design processes that lead to healthier and more durable constructions.

Presents advanced knowledge on hygrothermal processes and their interaction with buildings Integrates the three key areas of moisture transport and its impact on buildings, including durability, human health and comfort Considers the most useful computational tools for assessing moisture and building interactions Includes a section on the main European, American and Australian building codes Explains the risks of mold growth to human health, including growth models to assessment methods

One in three homes, on average, suffer from excessive dampness and mould proliferation, with significant health and economic impacts. The combination of new construction methodologies, stricter airtightness requirements and the changing social and cultural context that influences the way we live inside buildings has created unprecedented challenges for the built environment. In modifying indoor and outdoor environments and the building envelopes that serve as a filter between the two, we are changing the physical parameters of the ways in which buildings behave and respond to climatic stimuli. Understanding and predicting the way in which buildings and moisture may interact should be an important step in the design process, aiming to minimise possible negative long-term consequences. Understanding and predicting the way in which buildings and moisture may interact is, today more than ever, essential yet difficult, as the experience of the past has lost its applicability. Moisture-related issues never have a simple solution, since they involve multiple factors, including design, construction, maintenance, materials, climate and occupation pattern. Thus, while the topic is attracting growing attention among researchers, designers and practitioners, the pace with which actual change is occurring is still too slow.Moisture and Buildings provides a critical overview of current research, knowledge and policy frameworks, and presents a comprehensive analysis of the implications of moisture and the importance of accounting for it during the design process. It responds to the urgent need for a systematic organization of the existing knowledge to identify research gaps and provide directions for future developments. The ultimate goal is to increase awareness of the multifaceted implications of hygrothermal phenomena and promote integrated design processes that lead to healthier and more durable constructions.- Presents advanced knowledge on hygrothermal processes and their interaction with buildings- Integrates the three key areas of moisture transport and its impact on buildings, including durability, human health and comfort- Considers the most useful computational tools for assessing moisture and building interactions- Includes a section on the main European, American and Australian building codes- Explains the risks of mold growth to human health, including growth models to assessment methods

Rethinking Building Skins: Transformative Technologies and Research Trajectories provides a comprehensive collection of the most relevant and forward-looking research in the field of fa�ade design and construction today, with a focus on both product and process innovation. The book brings together the expertise, creativity, and critical thinking of more than fifty global innovators from both academia and industry, to guide the reader in translating research into practice. It identifies new opportunities for the construction sector to respond to present challenges, towards a more sustainable, efficient, connected, and safe future.

Introduces the reader to the role of fa�ades with respect to the main challenges ahead Provides an overview of the major fa�ade technological advancements throughout history and identifies prospective research trajectories Includes interviews with key industry players from different backgrounds and expertise Showcases a comprehensive range of leading research topics in the field, organised by product and process innovation Covers major innovations across the value chain including fa�ade design, fabrication, construction, operation and maintenance, and end-of-life Contributes towards the definition of an international research agenda and identifies emerging market opportunities for the fa�ade industry

Rethinking Building Skins: Transformative Technologies and Research Trajectories provides a comprehensive collection of the most relevant and forward-looking research in the field of façade design and construction today, with a focus on both product and process innovation. The book brings together the expertise, creativity, and critical thinking of more than fifty global innovators from both academia and industry, to guide the reader in translating research into practice. It identifies new opportunities for the construction sector to respond to present challenges, towards a more sustainable, efficient, connected, and safe future.- Introduces the reader to the role of façades with respect to the main challenges ahead- Provides an overview of the major façade technological advancements throughout history and identifies prospective research trajectories- Includes interviews with key industry players from different backgrounds and expertise- Showcases a comprehensive range of leading research topics in the field, organised by product and process innovation- Covers major innovations across the value chain including façade design, fabrication, construction, operation and maintenance, and end-of-life- Contributes towards the definition of an international research agenda and identifies emerging market opportunities for the façade industry

Good Houses brings together the design process, building science and the environmental systems that can be used by both teachers and students in teaching and learning about designing good, ‘responsible’ houses. The book approaches housing design holistically by taking its environment as the starting point, integrating design processes more closely with architectural science and environmental systems.Any building design can only be successful if these two aspects, among others, are considered as early as possible in the design process and inform the designer throughout the design process. The book does not provide prescriptions or definitive answers on what is the ‘best’ way to design a house. Instead, it aims to provide a structured way of what to consider at the different stages of the design process and the potential implications of the decisions made throughout this process. It aligns sustainable design principles with the stages in the design process and provides guidance on how these can be connected.Using international examples to illustrate the concepts from a wide range of climatic conditions, the book is illustrated in full colour with over 200 plans, sections, diagrams and photographs. It is essential reading for those designing residential projects.

Good Houses brings together the design process, building science and the environmental systems that can be used by both teachers and students in teaching and learning about designing good, ‘responsible’ houses. The book approaches housing design holistically by taking its environment as the starting point, integrating design processes more closely with architectural science and environmental systems.Any building design can only be successful if these two aspects, among others, are considered as early as possible in the design process and inform the designer throughout the design process. The book does not provide prescriptions or definitive answers on what is the ‘best’ way to design a house. Instead, it aims to provide a structured way of what to consider at the different stages of the design process and the potential implications of the decisions made throughout this process. It aligns sustainable design principles with the stages in the design process and provides guidance on how these can be connected.Using international examples to illustrate the concepts from a wide range of climatic conditions, the book is illustrated in full colour with over 200 plans, sections, diagrams and photographs. It is essential reading for those designing residential projects.

Good Houses brings together the design process, building science and the environmental systems that can be used by both teachers and students in teaching and learning about designing good, 'responsible' houses. The book approaches housing design holistically by taking its environment as the starting point, integrating design processes more closely with architectural science and environmental systems.Any building design can only be successful if these two aspects, among others, are considered as early as possible in the design process and inform the designer throughout the design process. The book does not provide prescriptions or definitive answers on what is the 'best' way to design a house. Instead, it aims to provide a structured way of what to consider at the different stages of the design process and the potential implications of the decisions made throughout this process. It aligns sustainable design principles with the stages in the design process and provides guidance on how these can be connected.Using international examples to illustrate the concepts from a wide range of climatic conditions, the book is illustrated in full colour with over 200 plans, sections, diagrams and photographs. It is essential reading for those designing residential projects.

Good Houses brings together the design process, building science and the environmental systems that can be used by both teachers and students in teaching and learning about designing good, 'responsible' houses. The book approaches housing design holistically by taking its environment as the starting point, integrating design processes more closely with architectural science and environmental systems.Any building design can only be successful if these two aspects, among others, are considered as early as possible in the design process and inform the designer throughout the design process. The book does not provide prescriptions or definitive answers on what is the 'best' way to design a house. Instead, it aims to provide a structured way of what to consider at the different stages of the design process and the potential implications of the decisions made throughout this process. It aligns sustainable design principles with the stages in the design process and provides guidance on how these can be connected.Using international examples to illustrate the concepts from a wide range of climatic conditions, the book is illustrated in full colour with over 200 plans, sections, diagrams and photographs. It is essential reading for those designing residential projects.

The book provides an overview of the Active House (AH) vision, intended as a building design method “beyond” the passive approach for buildings of the future that will be more and more connected, smart and innovative. It offers a novel philosophical design approach in which buildings, new or renovated, are in balance with natural, renewable energies and become “concentrators-distributors” of energies instead of being consumers of resources. The book is composed of five chapters, providing information on fundamental aspects of innovations toward resource-efficient buildings, as well as case studies presenting the concept in practice. It demonstrates that a completely new design approach is possible, and that a turning point has been reached. Lastly, it shows how the AH Alliance, along with designers, institutions, industries and academies, is bringing a breath of fresh air to the world of construction.

The book provides an overview of the Active House (AH) vision, intended as a building design method “beyond” the passive approach for buildings of the future that will be more and more connected, smart and innovative. It offers a novel philosophical design approach in which buildings, new or renovated, are in balance with natural, renewable energies and become “concentrators-distributors” of energies instead of being consumers of resources. The book is composed of five chapters, providing information on fundamental aspects of innovations toward resource-efficient buildings, as well as case studies presenting the concept in practice. It demonstrates that a completely new design approach is possible, and that a turning point has been reached. Lastly, it shows how the AH Alliance, along with designers, institutions, industries and academies, is bringing a breath of fresh air to the world of construction.

This book explores the current challenges of teaching biophilic design within environmentally sustainable design (ESD) education. It shows how design frameworks and success matrices can be used within ESD education, explores the development of biophilic design frameworks and shows how design thinking can be used to adopt biophilic design within ESD education. It introduces the new 'Process Bridging Technique (PBT)' that can be used to generate sustainable design frameworks able to fulfil the requirements of a performance-based approach and, at the same time, enhance human-nature connectedness. Based on an educational design research project developed in the past two years at the University of Sydney, this book informs new approaches to ESD education and bridges the spheres of research, education, and profession. It serves as a practical guide on how to systematically develop a design framework that can be used in architecture education, while presenting the pioneering 'Process Bridging Technique' developed by the authors.