Residential Style

Vivid, full color photographs offer personal views of residential spaces in homes around the world.

The best new-home interiors created by 18 leading Japanese construction firms are shown in this all-new collection.

Create your dream home with this valuable resource to inspire you and guide you through the residential design and construction process. A complete and concise resource for building a fine home, Creating Your Architectural Style presents detailed explanations of the design process, guiding readers from the initial concept to the finishing touches. Filled with beautiful photographs, this reference will enable readers to design a dream home that is an expression of their personal style as well as their lifestyle. Architect George D. Hopkins, Jr., understanding the daunting task of building a new home, walks the reader through each phase of the design and construction process. Step by step, this reference will help readers solve any number of vexing questions, from “Where do I begin?” to “What is the difference between Greek Revival and Dutch Colonial?” Hopkins teaches readers how to make decisions based on their family’s needs, explores the relationship between the architectural style and the floor plan of the home, and defines the roles and responsibilities of the architect, structural engineer, interior designer, landscape architect, and general contractor. He provides important insight into planning the principle spaces in a home and describes special architectural features from fireplaces to staircases and porticos to pools. Creating Your Architectural Style is the authoritative resource for coordinating the planning and design of fine homes. Written to eliminate the intimidating aspects of building a new home, it presents an orderly design process and addresses issues of concern to residential architectural clients. Praise for Creating Your Architectural Style “Especially helpful are his definitions of the responsibilities of the professionals involved, from architect to general contractor.” —Library Journal

Introduction to Residential Layout is ideal for students and practitioners of urban design, planning, engineering, architecture and landscape seeking a comprehensive guide to the theory and practice of designing and laying out residential areas. Mike Biddulph provides a clear and coherent framework from which he offers comprehensive practical advice for designers of housing developments. Referring to a wealth of international examples, this is a richly illustrated, accessible resource covering the whole range of issues that should be considered by anyone engaging in the planning and design of a new residential scheme. A successful residential development must work on many levels – financial, social and environmental. This book includes analysis of commercial viability, the importance of place making, environmental sustainability and designing accessibility. Mike Biddulph details successful approaches to designing out crime and maximising permeability as part of an integrated approach to urban design. Highly illustrated throughout, this work will show you how to turn design aspirations and principles into practical design solutions. Written without preconceptions, Introduction to Residential Design highlights the strengths and weaknesses of particular design solutions to encourage both depth of thought and creativity. Mike Biddulph is Senior Lecturer in Urban Design at Cardiff University

Collection of selected, peer reviewed papers from the 2013 International Conference on Civil Engineering and Transportation (ICCET 2013). December 14-15, 2013, Kunming, China. Volume is indexed by Thomson Reuters CPCI-S (WoS). The 175 papers are grouped as follows: Chapter 1: Architectural Design and its Theory; Chapter 2: Building Science and Technology; Chapter 3: Traditional Construction Materials; Chapter 4: Advanced Construction Materials; Chapter 5: Renewable Energy and Building Energy Saving; Chapter 6: Urban and Rural Planning and Design; Chapter 7: Water Purification and Waste Treatment; Chapter 8: Environmental Engineering and Environmental Protection