Materials metrology and standards for structural performance
Contributor(s): Dyson, B. F. [ed.] | Loveday, M. S. [ ed.] | Gee, M. G. [ed.].
Material type: BookPublisher: London Chapman and Hall 1995Description: ix, 330p.ISBN: 0412582708.Subject(s): Materials -- Standards | Civil engineering | Surfaces (Physics)DDC classification: 620.110287 | M418 Summary: Materials metrology is the measurement science used for determining materials property data. An essential element is the symbiosis between the understanding of materials behaviour and the development of suit- able measurement techniques which, through the provision of stand- ards, enable design engineers and plant operators to acquire materials data of appropriate precision. This book is concerned only with those aspects of materials metrology and standards that relate to the design and performance in service ofstructuresand consumerproducts. Itdoes not consider their important role in the processing ofmaterials. Theeditorsare grateful for thecommitmentand patience oftheexperts who contributed the various chapters. In addition, help from staffin the Division ofMaterials Metrology, National Physical Laboratory,inassist- ing with the task of refereeing the chapters is gratefully acknowledged. The production of this book was carried out as part of the Materials Measurement Programme of underpinning research financed by the United Kingdom Department ofTrade and Industry. Brian F. Dyson Malcolm S. Loveday MarkG. Gee Division of Materials Metrology National Physical Laboratory Teddington, TWll OLW UK CHAPTER 1 Materials metrology and standards: an introduction B. F. Dyson, M. S. Loveday and M. G. Gee 1. 1 MATERIALS ASPECTS OF STRUCTURAL DESIGN Knowledge concerning the behaviour of materials has always been vital for the success of manufactured products, but never more so than at the present time.Item type | Current location | Collection | Call number | url | Status | Date due | Barcode | Item holds |
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Books | PK Kelkar Library, IIT Kanpur | COMPACT STORAGE (BASEMENT) | 620.110287 M418 (Browse shelf) | Book Request | Available | GB912 |
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620.110285 C739 COMPUTATIONAL METHODS FOR SMART STRUCTURES AND MATERIALS | 620.110285 In3 Informatics for materials science and engineering | 620.110285 In8m Materials processing in the computer age III | 620.110287 M418 Materials metrology and standards for structural performance | 620.110287 R714i Instruments for materials analysis | 620.110287 SY68 NONTRADITIONAL METHODS OF SENSING STRESS, STRAIN, AND DAMAGE IN MATERIALS AND STRUCTURES | 620.1103 En19 Encyclopedia of materials science and engineering [8v.] |
Materials metrology is the measurement science used for determining materials property data. An essential element is the symbiosis between the understanding of materials behaviour and the development of suit- able measurement techniques which, through the provision of stand- ards, enable design engineers and plant operators to acquire materials data of appropriate precision. This book is concerned only with those aspects of materials metrology and standards that relate to the design and performance in service ofstructuresand consumerproducts. Itdoes not consider their important role in the processing ofmaterials. Theeditorsare grateful for thecommitmentand patience oftheexperts who contributed the various chapters. In addition, help from staffin the Division ofMaterials Metrology, National Physical Laboratory,inassist- ing with the task of refereeing the chapters is gratefully acknowledged. The production of this book was carried out as part of the Materials Measurement Programme of underpinning research financed by the United Kingdom Department ofTrade and Industry. Brian F. Dyson Malcolm S. Loveday MarkG. Gee Division of Materials Metrology National Physical Laboratory Teddington, TWll OLW UK CHAPTER 1 Materials metrology and standards: an introduction B. F. Dyson, M. S. Loveday and M. G. Gee 1. 1 MATERIALS ASPECTS OF STRUCTURAL DESIGN Knowledge concerning the behaviour of materials has always been vital for the success of manufactured products, but never more so than at the present time.
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