Utilization of Ferroconcrete and Steel Timber Hybridization Technique in Tall Structure using Analysis tool Etabs : A Review
Keywords:
Hybrid, Composite Structure, Analysis, ETAB, Lateral Forces, ReviewAbstract
As India is a developing nation thus settlement of large population need Multistorey structures. Lateral forces are considered as the forces assigning over a structure in horizontal direction which causes structure instability, deflection and failure. Seismic and wind load is considered as lateral forces. ETABS is an analysis tool which helps in structure modelling and designing as per standard specifications of preferred country. In this paper we are presenting review of researches and publications related to advance technologies in construction design.
Downloads
References
Siddesh r. Sable and mr. Shankar banerjee, [multi-storey hybrid buildings using timber-steel], international journal of innovations in engineering research and technology, volume 5, issue 11, nov.-2018.
Ms.khan n.s and prof. Pawar y. P, [timber-steel-composite beams for framed structure], international journal of engineering research & technology (ijert), vol. 8 issue 06, june-2019.
Minjuan he, jing luo and zheng li, [key technologies for prefabricated timber buildings], modular and offsite construction summit & the 2nd international symposium on industrialized construction technology shanghai, china, nov.10-12, 2017.
Cristiano lossa, thomas tannerta and solomon tesfamariamb, [state-of-the-art review of displacement-based seismic design of timber buildings], construction and building materials 191 (2018) 481–497.
Tzanetis vogiatzis, themistoklis tsalkatidis and aris avdelas, [steel framed structures with cross laminated timber infill shear walls and semi-rigid connections], international journal of engineering &technology, 8 (4) (2019) 433-443.
Kamyar tavoussi, wolfgang winter, tamir pixner and michael kist, [steel reinforced timber structures for multi storey buildings], world conference on timber engineering,2010.
Roberto scotta, davide trutalli, laura fiorin, luca pozza, luca marchi and lorenzo de stefani, [light steel-timber frame with composite and plaster bracing panels], materials 2015, 8, 7354–7370.
Siegfried stiemer, solomon tesfamariam, erol karacabeyli and marjan popovski, [development of steel-wood hybrid systems for buildings under dynamic loads], january 2012.
Michael fairhurst, xiaoyue zhang and thomas tannert, [nonlinear dynamic analyses of novel timber-steel hybrid system], world conference on timber engineering,2014.
Zheng lia, minjuan hea, xijun wangaand minghao lib, [seismic performance assessment of steel frame in?lled with prefabricated wood shear walls], journal of constructional steel research 140 (2018)62–73.
Parag jain and rahul satbhaiya, [analysis of a tall structure considering composite steel section columns using etab], international journal of scientific research in civil engineering, may-june-2019 3 (3) : 01-06.
H. Dong, c. Christopoulos, z. Li and m. He, [damage-free seismic response of multi-story timber-steel hybrid structures with supplemental dampers], 16th world conference on earthquake, january 9th to 13th 2017.
Maruf kazi and roshni john, [performance of wood steel hybrid multistorey buildings], international journal for research in applied science & engineering technology (ijraset), volume 6 issue v, may 2018.
Aaron o. Akotuah, sabah g. Ali, jeffrey erochko, xia zhang and george v. Hadjisophocleous, [study of the fire performance of hybrid steel-timber connections with full-scale tests and finite element modelling], international conference in dubrovnik, 15-16 october 2015.
Danish ahmed & andi asiz, [structural performance of hybrid multistorey buildings with massive timber-based floor elements loaded under extreme lateral loads], int. J. Comp. Meth. And exp. Meas., vol. 5, no. 6 (2017) 905–916.
Bharatesh a. Danawade, dr.r r. Malagi and abdulhamid i. Mulla, [study of effect of tolerance on flexural strength of wood reinforced steel tube], international journal of engineering and innovative technology (ijeit) volume 2, issue 1, july 2012.
Downloads
Published
Issue
Section
License
This work is licensed under a Creative Commons Attribution 4.0 International License.
https://creativecommons.org/licenses/by/4.0
