Dynamic Analysis of Skeletal Structures: Force and Displacement Methods and Iterative Techniques (MECHANICAL ENGINEERING) - Image 1

£121.90

McGraw-Hill Education Dynamic Analysis of Skeletal Structures: Force and Displacement Methods and Iterative Techniques (MECHANICAL ENGINEERING)

Name: Dynamic Analysis of Skeletal Structures: Force and Displacement Methods and Iterative Techniques (MECHANICAL ENGINEERING)
Brand: McGraw-Hill Education
Price: 122.94 GBP
Availability: InStock

Structures

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Publisher's Note: Products purchased from Third Party sellers are not guaranteed by the publisher for quality, authenticity, or access to any online entitlements included with the product.A complete guide to skeletal structural analysis This authoritative resource discusses structural analysis based on force, displacement, and iterative methods, and explains how to use mechanical dynamics to analyze structural loads and forces. Dynamic Analysis of Skeletal Structures covers determinacy and indeterminacy, plastic analysis, stiffening of structures for increased capacities, ductility, virtual work principles, earthquake design of tall buildings, maintenance of large structural systems, and more. Detailed examples, illustrations, and worked equations are included throughout. The concepts presented in the book will help you solve challenging problems encountered in professional practice and design safe,efficient structures. Comprehensive coverage includes: General concepts and energy principles Force method Plastic analysis Approximate methods of analysis of tall building frames Matrix approach for force method Displacement method Iterative techniques Introduction to applied dynamics and design of tall buildings

Product Specifications

Brand: McGraw-Hill Education
Format: Hardcover
ASIN: 0071835857
Category: Books > Subjects > Arts & Photography > Architecture > Structures
Domain: Amazon UK
Release Date: 16 July 2014
Listed Since: 23 March 2014

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McGraw-Hill Education Dynamic Analysis of Skeletal Structures: Force and Displacement Methods and Iterative Techniques (MECHANICAL ENGINEERING)

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