Beschreibung:
Engineering Asset Management Review focuses on life cycle management of the physical assets required by a private or public firm for the purpose of making products and/or for providing services in a manner that satisfies various business performance rationales. In exploring the wide ranging issues involved in the management of engineered assets that constitute our built environment, this book takes a broad view of the inter- and multi-disciplinary approach which combines science, engineering, and technology principles with human behavior and business practice.
The purpose of Engineering Asset Management Review is to publish research and opinions which explore strategic and tactical issues, as well as technical data and information. It also examines the issues involved in the creation (formulation and design), acquisition (procurement, installation, and commissioning), maintenance, operation, decommissioning, disposal, and/or rehabilitation of physical assets. The range of articles covers all industry sectors and physical asset types (infrastructure, plant, equipment and facilities).
The aim of this volume is to provide a forum for
1. the assembly of a body of knowledge in the emerging field of engineering asset management;
2. knowledge transfer between researchers, scholars and practitioners;
3. cross-disciplinary interaction between engineers, technologists, economists, environmental practitioners, behavioral scientists, and business managers; and
4. the presentation of a wide spectrum of viewpoints and approaches from designers, developers, project managers, owners, operators, users, and vendors.
An exploration of life cycle management of the physical assets needed by private or public firms to make products or provide services in a manner that meets various business performance rationales. Coverage spans all industry sectors and physical asset types.
Definitions, Concepts and Scope of Engineering Asset Management, the first volume in this new review series, seeks to minimise ambiguities in the subject matter. The ongoing effort to develop guidelines is shaping the future towards the creation of a body of knowledge for the management of engineered physical assets. Increasingly, industry practitioners are looking for strategies and tactics that can be applied to enhance the value-creating capacities of new and installed asset systems. The new knowledge-based economy paradigm provides imperatives to combine various disciplines, knowledge areas and skills for effective engineering asset management. This volume comprises selected papers from the 1st, 2nd, and 3rd World Congresses on Engineering Asset Management, which were convened under the auspices of ISEAM in collaboration with a number of organisations, including CIEAM Australia, Asset Management Council Australia, BINDT UK, and Chinese Academy of Sciences, Beijing University of Chemical Technology, China. Definitions, Concepts and Scope of Engineering Asset Management will be of interest to researchers in engineering, innovation and technology management, as well as to managers, planners and policy-makers in both industry and government.
Definitions.- What Is Engineering Asset Management?.- Concepts.- Identifying Core Functions of Asset Management.- A Framework for Strategic Infrastructure Asset Management.- Scope (Investment and Cost Control).- Regulating Asset Management Through Serviceability and a Common Framework for Investment Planning.- Optimizing Budget Allocations in Naval Configuration Management.- Modelling Total Cost of Ownership of Rail Infrastructure for Outsourcing Maintenance Services.- A Statistical Activity Cost Analysis of Engineering Assets.- Capacity Investment Planning Based on Real Options.- Scope (Asset Data and Condition Monitoring).- Business Rule Discovery Through Data Mining Methods.- Potential Uses of RFID Technology in Asset Management.- Wireless Condition Monitoring and Embedded Novelty Detection.- Integration Through Standards – An Overview of Internal Information Standards for Engineering Asset.- Scope (Sustainability and Safety).- Sustainability-Based Asset Management in the Water Sector.- Asset Management of Portuguese Educational Facilities.- On the Development of an Integrated Framework Based on ‘PERS’ and ‘EFQM’ for Environmental Sustainability Management in Seaports: A Case from Egypt.- Dynamic Project Portfolio Selection in Infrastructure Sector.- The Safety Indicator: Measuring Safety in Gas Distribution Networks.- Scope (Human Dimensions).- Behavioural Preferences for Engineering Asset Management.- The Development of Strategic Asset Management Leaders Through Postgraduate Education.- Experience with Education in Maintenance and Reliability Engineering by Off Campus Learning.
