Research on Signal Transmission Property of Wireless Sensor Networks for Test System
p.1091
p.1091
Structural Safety Alarming Based on Signal Energy by Using Wavelet Packet Transform
p.1097
p.1097
Performance Degradation Assessment of a Beam Structure by Using Wavelet Packet Energy
p.1102
p.1102
Investigation into the Elastic-Plastic Ultimate Load-Carrying Capacity of Suspen-Dome
p.1108
p.1108
Study of Hybrid Method on Beam Crack Evaluation
p.1113
p.1113
Analysis of Steel Braced Frame Structure Response Encountered Higher Seismic Intensity
p.1117
p.1117
Crack Formation and Strength of Fire Damaged Concrete Beam
p.1121
p.1121
Appraisal Parameters of Corrosion Damage of Aged Aluminum Alloy Material
p.1127
p.1127
An Alternative Method of Estimating Piping Construction Projects
p.1131
p.1131
Study of Hybrid Method on Beam Crack Evaluation
Abstract:
Based on the numerical calculation and the theoretical formula for crack width,a new semi-numerical and semi-theoretical calculation formula for crack width of beam was given. By using this new formula,finite element method and theoretical method is combined. The method has been validated with the beam, it is indicated that the proposed method can be used to calculate the crack width of beam accurately and efficiently.
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Info:
Periodical:
Applied Mechanics and Materials (Volumes 166-169)
Pages:
1113-1116
Citation:
Online since:
May 2012
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© 2012 Trans Tech Publications Ltd. All Rights Reserved
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