A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Neural Network System for Reasoning Residual Axial Forces of High‐Strength Bolts in Steel Bridges
High‐strength bolts of steel bridges gradually loosen in service. They have to be inspected periodically by experts with hammers. Mitsui Engineering & Shipbuilding Company, Ltd., developed an automatic looseness detector of high‐strength bolts. It is not meant to measure the residual axial forces of the bolts, however. In the present study, a system to reason the residual axial forces of high‐strength bolts of steel bridges was built based on a neural network with the faculty of pattern recognition, and its reasoning accuracy was verified.
Neural Network System for Reasoning Residual Axial Forces of High‐Strength Bolts in Steel Bridges
High‐strength bolts of steel bridges gradually loosen in service. They have to be inspected periodically by experts with hammers. Mitsui Engineering & Shipbuilding Company, Ltd., developed an automatic looseness detector of high‐strength bolts. It is not meant to measure the residual axial forces of the bolts, however. In the present study, a system to reason the residual axial forces of high‐strength bolts of steel bridges was built based on a neural network with the faculty of pattern recognition, and its reasoning accuracy was verified.
Neural Network System for Reasoning Residual Axial Forces of High‐Strength Bolts in Steel Bridges
Mikami, Ichizou (author) / Tanaka, Shigenori (author) / Hiwatashi, Tatsuya (author)
Computer‐Aided Civil and Infrastructure Engineering ; 13 ; 237-246
1998-07-01
10 pages
Article (Journal)
Electronic Resource
English
Neural Network System for Reasoning Residual Axial Forces of High-Strength Bolts in Steel Bridges
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