Bending Behavior of Timber Beams Strengthened - Alam, A. K. M. Kawsher;Yip, Hong Cheng;Jumaat, Mohd Zamin
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The use of timber in the construction industry in the world is very limited. It is often used for simple structures and structures carrying small loads. This may due to timber possess poor mechanical properties with a wide variation and the lack of knowledge and experience in timber engineering. This research was conducted to investigate the behavior of Pulai timber beams strengthened with CFRP plates and bars under four-point bending test. The bending behavior of the beams was studied based on their load-deflection characteristics. The experimental results were then compared with numerical…mehr

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Produktbeschreibung
The use of timber in the construction industry in the world is very limited. It is often used for simple structures and structures carrying small loads. This may due to timber possess poor mechanical properties with a wide variation and the lack of knowledge and experience in timber engineering. This research was conducted to investigate the behavior of Pulai timber beams strengthened with CFRP plates and bars under four-point bending test. The bending behavior of the beams was studied based on their load-deflection characteristics. The experimental results were then compared with numerical analysis using finite element method (FEM). This book should help shed some light on structural repairing using composite materials and should be specially useful to the professionals in structural engineering and researchers working on structural maintenance and repairing.
Autorenporträt
The needs of structural repairing has inspired A K M Kawsher Alam to write this book, who was born on November 10, 1989, son of A K M Khorshed Alam and Shaheda pervin. Graduation in Civil Engineering has given him vast knowledge in structural engineering. He is currently engaged in developing OPC concrete mixed with rice husk ash and fly ash.