Total Quality in the Construction Supply Chain
By John S Oakland, Marton Marosszeky
Publisher: Butterworth-Heinemann 2005 | 544 Pages | ISBN: 0750661852 | PDF | 10 MB
Organizations in the construction industry struggle with three key issues: quality management or better meeting customer expectations, supply chain management or more effectively working with suppliers to provide a seamless service to customers, and knowledge management, the challenge of learning between collaborating organisations and between people working on similar projects around the world. Excellence in these key aspects of business is the hallmark of great companies.
This book tackles each of these themes, demonstrating their significance as strategic concepts for the construction sector and illustrating how development goals in each of the areas can be met. To be successful Total Quality has to impact on the organisation's Performance, which should be measured on a "balanced scorecard", including the results from the customer. This can be achieved through good Planning and improvements in Processes through involvement of the People. These 4Ps combine with the 4Cs - Customer, Culture, Communication and Commitment to provide a model for implementing total quality into construction.
The book brings together, within this consistent theoretical framework, international case studies from all areas of the construction industry. These include examples as diverse as quarrying, construction, design, real estate, land development and regulatory agencies, drawn from the UK, USA, Hong Kong, Singapore Australia and Japan. Through these the authors demonstrate how a total quality or business excellence strategy can be applied in all activities in the construction supply chain to achieve world-class performance.
Written by two of the world's leading experts, in a logical and very practical style, Total Quality in the Construction Supply Chain offers students and others new to the subject a clearly structured introduction to the concept of quality in the industry, while offering help and guidance to the most experienced professionals. The book should also appeal to people from all areas of the building and construction sector in any country.
* Key management techniques applied specifically to the needs of the construction industry
* International case studies demonstrate how to achieve real and lasting improvements in quality across the industry
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The publication of this Volume marks the first time that the ASM Handbook series has dealt with fatigue and fracture as a distinct topic. Society members and engineers involved in the research, development, application, and analysis of engineering materials have had a long-standing interest and involvement with fatigue and fracture problems, and this reference book is intended to provide practical and comprehensive coverage of all aspects of these subjects. Publication of Fatigue and Fracture also marks over 50 years of continuing progress in the development and application of modern fracture mechanics. Numerous Society members have been actively involved in this progress, which is typified by the seminal work of George Irwin ("Fracture Dynamics," Fracturing of Metals, ASM, 1948). Since that time period, fracture mechanics has become a vital engineering discipline that has been integrally involved in helping to prevent the failure of essentially all types of engineered structures. Likewise, fatigue and crack growth have also become of primary importance to the development and use of advanced structural materials, and this Volume addresses the wide range of fundamental, as well as practical, issues involved with these disciplines.
We believe that our readers will find this Handbook useful, instructive, and informative at all levels. We also are especially grateful to the authors and reviewers who have made this work possible through their generous commitments of time and technical expertise. To these contributors we offer our special thanks.
William E. Quist
President, ASM International
Michael J. DeHaemer
Managing Director, ASM International
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Design of Anchor Reinforcement in Concrete Pedestals
Even though the Appendix D of the ACI 318-05 permits the use of supplementary reinforcement to restrain concrete breakout, it does not provide specific guidelines in designing such reinforcement. This paper presents a method for designing anchor reinforcement in concrete pedestals, where un-reinforced concrete is insufficient to resist anchor forces. Anchor reinforcement consists of longitudinal rebar and ties to carry anchor tension forces and shear forces, respectively. The Strut-and-Tie Model is proposed to analyze shear force transfer from anchors to pedestal and to design the required amount of shear reinforcement. A proposed design procedure is illustrated in an example problem.
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Need Microstation for installing and running (see MS 08.11.07.171 Post).
Bentley Rebar is a fully interactive reinforced concrete detailing and scheduling system, applicable to a wide range of concrete structures, from the simple to the very complex. The two-dimensional (2D) detailing process is simple and easy-to-learn, and not unlike traditional manual detailing procedures. Powerful tools link reinforcement shown in cross-section with details shown in plan and elevation, thereby extending the system into the third dimension. Within a 3D design file, these “2½D” features combine with MicroStation’s modeling tools to produce 3D models of your reinforcement, eliminating many hundreds of hours normally required to complete such a task.
Trial only
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IMPORTANT NOTICE: You may use this software for evaluation purposes only.
If you like it, it is strongly suggested you buy it to support the developers.
By any means you may not use this software to make money or use it for commercial purpose.
hi everyone
can anybody help me in using GROUP OPTIMIZATION command in STAAD PRO. Even after assigning the group , design show different section properties for different members in same group.
Thanking You in advance
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