Development Of Finite Element Code For Non-Linear Analysis Of IMMS: An Investigation for Interlocking Mortar-less Masonry System - Image 1

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LAP Lambert Academic Publishing Development Of Finite Element Code For Non-Linear Analysis Of IMMS: An Investigation for Interlocking Mortar-less Masonry System

Name: Development Of Finite Element Code For Non-Linear Analysis Of IMMS: An Investigation for Interlocking Mortar-less Masonry System
Brand: LAP Lambert Academic Publishing
Price: 81.0 GBP
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Presently, interlocking mortarless masonry system has been developed as an alternative to the conventional mortared masonry system for wall construction. This book presents numerical investigating for structural response of interlocking masonry system using finite element method. Program code for modelling and analysis is developed incorporating appropriate mathematical models to simulate the main features of mortarless masonry system. These models are obtained experimentally using small scale specimens. The main features simulated are the nonlinear structural characteristics of interlocking dry joints and masonry materials under different loadings. The results indicate that the developed finite element code can successfully trace the structural behaviour (capacity, deformation and mode of failure) of the interlocking mortarless masonry system from the initial stage of loading till failure. A general equation is proposed to estimate the capacity of the interlocking mortarless masonry walls under eccentric and concentric vertical loads. The equation can be easily used for structural design of the masonry system.

Product Specifications

Brand: LAP Lambert Academic Publishing
Format: paperback
ASIN: 6139930502
Category: Books > Subjects > Science, Nature & Maths > Engineering & Technology > Civil Engineering > Environmental
Domain: Amazon UK
Release Date: 19 October 2018
Listed Since: 14 November 2018

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LAP Lambert Academic Publishing Development Of Finite Element Code For Non-Linear Analysis Of IMMS: An Investigation for Interlocking Mortar-less Masonry System

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