Structural Engineering Handbook, Edited By Edwin H. Gaylord, Jr. And Charles N. Gaylord,... by et al. Contributors James E. Ambrose and Jr., and Charles N. Gaylord Edwin H. Gaylord

Structural Engineering Handbook, Edited By Edwin H. Gaylord, Jr. And Charles N. Gaylord,...

Features

Cover Type: Hard Cover

Published by: McGraw-Hill Book Company 1968

ASIN: B000ISFJHS

Product Description
"STRUCTURAL ENGINEERING HANDBOOK Edited by EDWIN H. GAYLORD, JR., Professor of Civil Engineering, University of Illinois and CHARLES N. GAYLORD, Chairman, Department of Civil Engineering, University of Virginia. A handy one-volume desk-top reference on structural engineering, this handbook provides engineers, architects, and other professionals involved in the design of structures with a wealth of useful engineering data. Written by 39 noted authorities, it gives you instant access to concise and accurate information on the planning, design, and construction of a large variety of engineered structures. Completely up-to-date and thoroughly user-oriented, it not only gives you vital data, but also shows you practical applications and offers many worked-out examples. Here's a sampling of material from some of the handbook's 26 major sections: DIGITAL COMPUTERS IN STRUCTURAL ENGINEERING looks at programming and production phases of computer analyses, problem analysis, coding languages, flow-diagramming, direct methods, iterative methods, and program applications in structural engineering. FATIGUE AND BRITTLE FRACTURE covers fatigue of structural steels; fatigue resistance of beams and girders; reveted, bolted, and welded connections; and shows you how to design against fatigue and brittle fracture. THIN-SHELL CONCRETE STRUCTURES presents the behavior and mathematical analysis of thin shells by membrane theory, with bending theory corrections. It also shows applications to the analysis and design of domes, barrels, folded plates, hyperbolic paraboloids, and elliptical paraboloids, as well as discusses important construction details. PRESTRESSED CONCRETE outlines methods, materials, and prestressing systems, creep and shrinkage effects, analysis and design for flexure, cracking moment, ultimate moment, deflections, shear, bond, bearing, anchorage, and continuous beams. The handbook also covers soil mechanics and foundations, industrial buildings,." [from flaps]

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Updated on 6-4-2008.