A Literature Review on Post-Tensioned and Pre-Tensioned Concrete Elements
Keywords:
Concrete, Reinforcement, Pre-Tensioned, Post-Tensioned.Abstract
Precast pre tensioned and post tensioned concretes beams are commonly used now- a-days in construction. Significant number of bridge structures, buildings, theatres, auditoriums, etc. is being built with the use of precast girder due to their advantages such as a quick construction process, moderate cost and reduction of scaffolding and shuttering works. To avoid failures, precast structural members must be subjected to strict quality control that requires the use of none destructive testing method. This paper gives the brief idea about the post-tensioned and pre-tensioned technologies that are used in current trends.
References
- The South African Institute of civil engineering (2001) Design of prestressed concrete flat slabs. Report of joint structural division of south African institute of civil engineering and the institute of structural engineers.
- B.H. oh, E.S. Kim, Realistic evaluation of transfer lengths in pretensioned prestressed concrete members, ACI Struct. J. (& (6) (2000)821-830.
- Dr. Uttamasha Gupta, Shruti Ratnaparkhe and Padma gome, “seismic behavior of buildings having flat slabs with drops,” International journal of emerging technology and advanced engineering ISSN 2250-2459, volume 2, Issue 10, October2012.
- Thayapraba M, “Cost Effectiveness of post tensioned and reinforced concrete flat slab systems,” International journal of innovative technology and exploring engineering (IJITEE)ISSN:2278-3075, volume-3,Issue-12,may 2014.
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