This manual provides a comprehensive source of building component life-span and maintenance data for commercial and industrial building components, following the same format as the ground-breaking HAPM Component Life Manual for domestic buildings. Each building component is allocated its own data sheet on which a number of generic descriptions are provided together with assessed life-spans and maintenance requirements. References to the relevant standards and codes of practice are also included.

This manual provides a comprehensive source of building component life-span and maintenance data for commercial and industrial building components, following the same format as the ground-breaking HAPM Component Life Manual for domestic buildings. Each building component is allocated its own data sheet on which a number of generic descriptions are provided together with assessed life-spans and maintenance requirements. References to the relevant standards and codes of practice are also included.

This publication breaks new ground. It is the first document to provide extensive life-span assessments (for insurance purposes) for a wide range of building components which are classified within the concept of quality specifications. A further benefit is that it does not seek to be prescriptive. It indicative 'benchmarks' against which new or differing specifications can be assessed, in that sense it is both robust and flexible.

New Generation Whole-Life Costing presents an innovative approach to decision-making and risk management for construction and real estate. It applies the options-based approach that has revolutionized the management of uncertainty in the business world. Based on government-sponsored research at Cambridge Architectural Research Ltd., the book introduces the idea of 'lifecycle options'. The desirability of whole-life costing is widely accepted, but take-up levels have been low. One problem is that traditional techniques fail to take account of future uncertainty. In contrast, the new options-based approach considers a diversity of possible futures, and favours flexible strategies that incorporate lifecycle options. This approach leads to more cost-effective and sustainable decisions, minimizing the risk of under- or over-investment. This book is structured around realistic case studies that demonstrate the prevalence of lifecycle options. These case studies are backed up by clear presentation of basic principles and mathematical techniques allowing the book to be read either as a stimulating introduction to new concepts, or as a guide to mathematical methods.

In this updated and expanded second edition, Keith Potts and Nii Ankrah examine key issues in construction cost management across the building and civil engineering sectors, both in the UK and overseas. Best practice from pre-contract to post-contract phases of the project life-cycle are illustrated using major projects such as Heathrow Terminal 5, Crossrail and the London 2012 Olympics as case studies. More worked examples, legal cases, case studies and current research have been introduced to cover every aspect of the cost manager’s role. Whole-life costing, value management, and risk management are also addressed, and self-test questions at the end of each chapter support independent learning. This comprehensive book is essential reading for students on surveying and construction management programmes, as well as built environment practitioners with cost or project management responsibilities.

This book focuses on spearheading the integration of maintainability, starting right from the design stage. To enable such integration, improving the knowledge of maintainability and setting maintainability benchmarks are two key issues. These objectives are fulfilled with the development of a comprehensive defect library, a material manual and a maintainability scoring system. These tools serve to define acceptable standards in design and construction practices, thus enhancing long-term maintainability of facilities.Maintainability of Facilities: For Building Professionals aims to improve the standard and quality of design, construction and maintenance practices to produce efficient facilities that require minimum maintenance. The text covers technical issues related to maintainability of major components of a facility, and discusses the implications and selection of materials for high maintainability.The target readers are practitioners and students in architecture, engineering, building, real estate, construction, project management, facilities management, quantity and building surveying.

Focuses on spearheading the integration of maintainability, right from the design stage. This title aims to improve the standard and quality of design, construction and maintenance practices to produce efficient facilities that require minimum maintenance. It covers the technical issues related to maintainability of major components of a facility.