Overview
- Comprehensive, practical treatment of dynamic loads on structures caused by explosion or impact
- Describes technical foundations, numerical tools, and discusses real and experimental cases
- Relevant for civil, mechanical, nuclear, chemical, aerospace, offshore/naval and many other engineered structures
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Table of contents (18 chapters)
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Front Matter
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Back Matter
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About this book
Table F.1. Reinforcement for one and two way elements Pressure Reinforcement Two-way One-way design range elements elements Intermediate Main A =0.0025bd A =0.0025bd s s and low Other A =0.0018bd A +A =0.0020bT s s c s High Main A = A A = A s s s s =0.0025bd =0.0025bd c c Other A = A A = A s s s s a a =0.0018bd =0.0018bd c c a But not less than A /4 used in the main direction (see Fig. F.2 for coe?cients) s where A = area of compression reinforcement within the width b, d = s distancefromtheextremecompression?bretothecentroidofcompression reinforcement, a = depth of the equivalent rectangular stress block = (A ?A )f /0.85bf . s s s c The minimum area of ?exural reinforcement is given in Table F.1. Ultimate Static Shear Capacity Diagonal Tension (1) Theultimateshearstressv ,asameasureofdiagonaltension,iscomputed u for type I sections from v = V /bd (F.5) u u and for type II and III sections from v = V /bd , (F.6) u u c whereV isthetotalshearona widthbatthesectiona distanced(type I) u or d (type II and III) from the face of the support. The shear at sections c between the face of the support and the section d or d therefrom need c not be considered critical. (2) The shear stress permitted on an unreinforced web is limited to ? ?
Authors and Affiliations
Bibliographic Information
Book Title: Shock, Impact and Explosion
Book Subtitle: Structural Analysis and Design
Authors: M. Y. H. Bangash
DOI: https://doi.org/10.1007/978-3-540-77068-8
Publisher: Springer Berlin, Heidelberg
Copyright Information: Springer-Verlag Berlin Heidelberg 2009
Edition Number: 1
Number of Pages: XLIV, 1366
Number of Illustrations: 695 b/w illustrations
Topics: Solid Mechanics, Civil Engineering, Computational Intelligence, Safety in Chemistry, Dangerous Goods