Seismic performance of 3-storey tunnel form system building with double units subjected to lateral cyclic loading / Saleha Md. Salleh

Introduction of earthquake surrounding in Malaysia was need of problem statement to study on behaviour of building against seismic loading. Analysis is purposely to identify the behaviour of building under seismic loading in terms of level of damage. Commonly building in Malaysia is already practisi...

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Main Author:	Md. Salleh, Saleha
Format:	Thesis
Language:	English
Published:	2013
Online Access:	https://ir.uitm.edu.my/id/eprint/16440/1/TM_SALEHA%20MD.%20SALLEH%20EC%2013_5.pdf
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id	my-uitm-ir.16440
record_format	uketd_dc
spelling	my-uitm-ir.164402022-04-13T00:51:53Z Seismic performance of 3-storey tunnel form system building with double units subjected to lateral cyclic loading / Saleha Md. Salleh 2013-06 Md. Salleh, Saleha Introduction of earthquake surrounding in Malaysia was need of problem statement to study on behaviour of building against seismic loading. Analysis is purposely to identify the behaviour of building under seismic loading in terms of level of damage. Commonly building in Malaysia is already practising BS8110: Part 1 under static load. This study is more or less concern on high-rise building which normally design on structure using shear wall and slab system. This study and analysis is under tunnel form system building which limited to 3-storey and double units. The design is according to BS8110: Part 1 Design specification for concrete. Material properties of the concrete practising to similar condition in construction in Malaysia where is concrete strength, reinforcement strength for high yield and mild steel, BRC wire mesh for wall, minimum concrete cover by 30N/mm2,460 N/mm2 (high yield steel), 250 N/mm2 (mild steel), 485 N/mm2 (BRC wire mesh) and 25mm respectively. The prototype building will construct on one third (1:3) from actual scale for whole respective parameter that involved during construction until testing. The testing will be based on lateral cyclic loading. The testing on prototype building will be resulted the hysteresis loop of reinforced concrete behaviour under seismic loading. Yet the equivalent viscous damping is determined by the equivalent area of hysteresis loop in tension and compression zone that purposely to help by absorbing the energy induced from the ground shaking. The reinforced concrete behaviour, ductility, stiffness, equivalent viscous damping, cracks, tension and compression coupling will be focus in further experimental and laboratory stage. 2013-06 Thesis https://ir.uitm.edu.my/id/eprint/16440/ https://ir.uitm.edu.my/id/eprint/16440/1/TM_SALEHA%20MD.%20SALLEH%20EC%2013_5.pdf text en public mphil masters Universiti Teknologi MARA Faculty of Civil Engineering
institution	Universiti Teknologi MARA
collection	UiTM Institutional Repository
language	English
description	Introduction of earthquake surrounding in Malaysia was need of problem statement to study on behaviour of building against seismic loading. Analysis is purposely to identify the behaviour of building under seismic loading in terms of level of damage. Commonly building in Malaysia is already practising BS8110: Part 1 under static load. This study is more or less concern on high-rise building which normally design on structure using shear wall and slab system. This study and analysis is under tunnel form system building which limited to 3-storey and double units. The design is according to BS8110: Part 1 Design specification for concrete. Material properties of the concrete practising to similar condition in construction in Malaysia where is concrete strength, reinforcement strength for high yield and mild steel, BRC wire mesh for wall, minimum concrete cover by 30N/mm2,460 N/mm2 (high yield steel), 250 N/mm2 (mild steel), 485 N/mm2 (BRC wire mesh) and 25mm respectively. The prototype building will construct on one third (1:3) from actual scale for whole respective parameter that involved during construction until testing. The testing will be based on lateral cyclic loading. The testing on prototype building will be resulted the hysteresis loop of reinforced concrete behaviour under seismic loading. Yet the equivalent viscous damping is determined by the equivalent area of hysteresis loop in tension and compression zone that purposely to help by absorbing the energy induced from the ground shaking. The reinforced concrete behaviour, ductility, stiffness, equivalent viscous damping, cracks, tension and compression coupling will be focus in further experimental and laboratory stage.
format	Thesis
qualification_name	Master of Philosophy (M.Phil.)
qualification_level	Master's degree
author	Md. Salleh, Saleha
spellingShingle	Md. Salleh, Saleha Seismic performance of 3-storey tunnel form system building with double units subjected to lateral cyclic loading / Saleha Md. Salleh
author_facet	Md. Salleh, Saleha
author_sort	Md. Salleh, Saleha
title	Seismic performance of 3-storey tunnel form system building with double units subjected to lateral cyclic loading / Saleha Md. Salleh
title_short	Seismic performance of 3-storey tunnel form system building with double units subjected to lateral cyclic loading / Saleha Md. Salleh
title_full	Seismic performance of 3-storey tunnel form system building with double units subjected to lateral cyclic loading / Saleha Md. Salleh
title_fullStr	Seismic performance of 3-storey tunnel form system building with double units subjected to lateral cyclic loading / Saleha Md. Salleh
title_full_unstemmed	Seismic performance of 3-storey tunnel form system building with double units subjected to lateral cyclic loading / Saleha Md. Salleh
title_sort	seismic performance of 3-storey tunnel form system building with double units subjected to lateral cyclic loading / saleha md. salleh
granting_institution	Universiti Teknologi MARA
granting_department	Faculty of Civil Engineering
publishDate	2013
url	https://ir.uitm.edu.my/id/eprint/16440/1/TM_SALEHA%20MD.%20SALLEH%20EC%2013_5.pdf
_version_	1783733530954563584

Seismic performance of 3-storey tunnel form system building with double units subjected to lateral cyclic loading / Saleha Md. Salleh

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