Impact Prefabrication Technology (Pre Engineering) and Equipments on Profitability in Construction Industry: A Review

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Published: Mar 1, 2023
DOI: https://doi.org/10.29070/fw86gm70
Keywords:
prefabrication, technology, pre engineering, equipments, profitability, construction industry, building technique, construction waste, precast concrete construction, pre-engineered building systems

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Authors

Mr. Mithil Bokefode

Student, JSPM’s Imperial College of Engineering

Dr. A. F. Shaikh

Associate Professor, JSPM’s Imperial College of Engineering

Abstract

The strength, predetermined thermal properties, dynamic stability, and immutability of thegeometric dimensions of the prefabricated elements are provided by prefabricated buildings andstructures that are mounted from uniform prefabricated three-dimensional units under challenging andunique circumstances. Regarding its effect on environmental preservation, prefabrication has long beenrecognised as a sustainable building technique. Prefabrication's impact on reducing construction wasteand the accompanying waste handling processes, such as waste sorting, reuse, recycling, and disposal,are essential aspects of this viewpoint. Improvement ideas for the sector and a cost-effectivenessanalysis of precast concrete construction. This research focuses on the barriers to pre-engineeredbuilding technologies faced by newly emerging Indian enterprises and the key success criteriaassociated with these systems. Also, the contribution of pre-engineered building systems in India in theeconomic growth of country through various applications is stated briefly which is stated in differentjournals

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Article Details

Issue

Vol. 20 No. 1 (2023): Journal of Advances in Science and Technology (JAST)

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References

  1. Aizaj Ahmad Zende, A. V. Kulkarni, Aslam Hutagi (2013). ―Comparative Study of Analysis and Design of Pre- Engineered-Buildings and Conventional Frames‖, IOSR Journal of Mechanical and Civil Engineering (IOSRJMCE), Vol. 5, Issue 1, Jan. – Feb.2013
  2. Aijaz Ahmad Zende, Prof. A.V.Kulkarni, AslamHutagi, “ Comparative Study Of Analysis and Design Of PEB and Conventional Frames”, ISOR Journal of Mechanical and Civil Engineering, VOL 5, Issue 1 (Jan- Feb 2013), PP 32-43.
  3. C.M.Meera, “Pre-Engineered Building Design of an Industrial Warehouse”, “ IJESET, June 2013, volume 5, Issue 2, pp:75-82”
  4. C. M. Meera (2013) “Pre-engineered building design of An industrial warehouse”IJESET volume 5.
  5. Comparitive Study of Pre-Engineered Building and Truss Arrangement Building for Varying , Roshni Ramakrishnan Department of Civil Engineering, Datta Meghe College of Engineering
  6. C.M.Meera, “Pre-Engineered Building Design of an Industrial Warehouse”,M.E. Structural Engineering, Regional Centre of Anna University, Coimbatore, India
  7. Dr. N. Subramanian, “Pre- Engineered Buildings selection of framing system, roofing and wall materials”, the master builder- July 2008
  8. Dr. N. Subramanian (2008), “Pre-engineered Buildings Selection of Framing System, Roofing and Wall Materials”, The Masterbuilder, pp. 48-6
  9. Jain D. Thakar, Prof. P.G.Patel, “Comparative Study of Pre-Engineered Steel Structure By Varying Width of Structure” , ‘Int J Adv Tech/IV/III/ July-Sept 2013/56-62’.
  10. Ms. Darshan P. Zood, “Evaluationn of Pre-Engineering Structure Design By IS-800 as Against Pre-Engineering Structure Design By AISC”, ‘IJER, Volume 1, Issue 5, July 2012’.
  11. N. Subramanian, “Pre-Engineered Buildings Selection of Framing System, Roofing & Wall Materials,” The Masterbuilder, July 2008
  12. “Prefabrication In Developing Countries: A Case Study Of India” by Ryan E.Smith & Shilpa Narayanmurthy.
  13. Technical Manual, Zamil Steel, Saudi Arabia, Pre-Engineered Buildings Division