Deflection of beam / Fadzli Mohammad Ngimriti, Hurul Ain Abdul Nasher and Haryana Adam

The FL160 is designed to examine the bending of cantilevers. It enables experiments to be performed in relation to pure bending, cross bending, oblique bending and shear center. The relatively complex theory of beam bending can thus be appropriately supplemented by way of experimental results. The h...

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Main Authors: Mohammad Ngimriti, Fadzli, Abdul Nasher, Hurul Ain, Adam, Haryana
Format: Student Project
Language:English
Published: Faculty Of Mechanical Engineering 2003
Subjects:
Online Access:https://ir.uitm.edu.my/id/eprint/20457/1/PPd_FADZLI%20MOHAMMAD%20NGIMRITI%20EM%2003_5.pdf
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author Mohammad Ngimriti, Fadzli
Abdul Nasher, Hurul Ain
Adam, Haryana
author_facet Mohammad Ngimriti, Fadzli
Abdul Nasher, Hurul Ain
Adam, Haryana
author_sort Mohammad Ngimriti, Fadzli
collection UITM
description The FL160 is designed to examine the bending of cantilevers. It enables experiments to be performed in relation to pure bending, cross bending, oblique bending and shear center. The relatively complex theory of beam bending can thus be appropriately supplemented by way of experimental results. The horizontal arrangement of the specimen beam produces a clear-out, readily understandable test set-up. The deflection of the beam can be observed from the end face, thus clearly illustrating the relationship between load plane, principle axes and deflection/torsion. The system is suitable both for lecture-theatre demonstration and for practical experimentation in small group.
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spelling uitm.eprints-04572018-07-06T05:40:05Z https://ir.uitm.edu.my/id/eprint/20457/ Deflection of beam / Fadzli Mohammad Ngimriti, Hurul Ain Abdul Nasher and Haryana Adam Mohammad Ngimriti, Fadzli Abdul Nasher, Hurul Ain Adam, Haryana Bending Machine construction (General) The FL160 is designed to examine the bending of cantilevers. It enables experiments to be performed in relation to pure bending, cross bending, oblique bending and shear center. The relatively complex theory of beam bending can thus be appropriately supplemented by way of experimental results. The horizontal arrangement of the specimen beam produces a clear-out, readily understandable test set-up. The deflection of the beam can be observed from the end face, thus clearly illustrating the relationship between load plane, principle axes and deflection/torsion. The system is suitable both for lecture-theatre demonstration and for practical experimentation in small group. Faculty Of Mechanical Engineering 2003 Student Project NonPeerReviewed text en https://ir.uitm.edu.my/id/eprint/20457/1/PPd_FADZLI%20MOHAMMAD%20NGIMRITI%20EM%2003_5.pdf Deflection of beam / Fadzli Mohammad Ngimriti, Hurul Ain Abdul Nasher and Haryana Adam. (2003) [Student Project] <http://terminalib.uitm.edu.my/20457.pdf> (Unpublished)
spellingShingle Bending
Machine construction (General)
Mohammad Ngimriti, Fadzli
Abdul Nasher, Hurul Ain
Adam, Haryana
Deflection of beam / Fadzli Mohammad Ngimriti, Hurul Ain Abdul Nasher and Haryana Adam
title Deflection of beam / Fadzli Mohammad Ngimriti, Hurul Ain Abdul Nasher and Haryana Adam
title_full Deflection of beam / Fadzli Mohammad Ngimriti, Hurul Ain Abdul Nasher and Haryana Adam
title_fullStr Deflection of beam / Fadzli Mohammad Ngimriti, Hurul Ain Abdul Nasher and Haryana Adam
title_full_unstemmed Deflection of beam / Fadzli Mohammad Ngimriti, Hurul Ain Abdul Nasher and Haryana Adam
title_short Deflection of beam / Fadzli Mohammad Ngimriti, Hurul Ain Abdul Nasher and Haryana Adam
title_sort deflection of beam fadzli mohammad ngimriti hurul ain abdul nasher and haryana adam
topic Bending
Machine construction (General)
url https://ir.uitm.edu.my/id/eprint/20457/1/PPd_FADZLI%20MOHAMMAD%20NGIMRITI%20EM%2003_5.pdf
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