Vol. 3 No. 11 (2023)
Articles

A STUDY ON THE QUALITY ASSESSMENT OF STEEL BAR UTILISED IN THE CONSTRUCTION SECTOR OF NIGERIA: A CASE STUDY OF BENIN CITY, EDO STATE.

Ewah, F.
Department of Estate Management, Edo State Polytechnic, Usen. Edo State. djidiata@gmail.com
D.J. Idiata
Department of Civil Engineering Technology, National Institute of Construction Technology & Management, Uromi, Edo State.
L.M. Osite
Department of Mechanical Engineering, Edo State Polytechnic, Usen. Edo State
O.K. Ojo
Department of Electrical Electronic Engineering, Edo State Polytechnic, Usen. Edo State.

Published 2023-11-30

Keywords

  • Reinforcement steel bar,
  • Structural integrity,
  • Construction material,
  • Building collapse,
  • Mechanical properties

How to Cite

Ewah, F., D.J. Idiata, L.M. Osite, & O.K. Ojo. (2023). A STUDY ON THE QUALITY ASSESSMENT OF STEEL BAR UTILISED IN THE CONSTRUCTION SECTOR OF NIGERIA: A CASE STUDY OF BENIN CITY, EDO STATE. Engineering Research Journal, 3(11), 29-41. https://www.openjournals.ijaar.org/index.php/erj/article/view/289

How to Cite

Ewah, F., D.J. Idiata, L.M. Osite, & O.K. Ojo. (2023). A STUDY ON THE QUALITY ASSESSMENT OF STEEL BAR UTILISED IN THE CONSTRUCTION SECTOR OF NIGERIA: A CASE STUDY OF BENIN CITY, EDO STATE. Engineering Research Journal, 3(11), 29-41. https://www.openjournals.ijaar.org/index.php/erj/article/view/289

Abstract

This study investigates the diameter characteristics of reinforcement steel bars commonly used in construction. Measurements were taken for both 10mm and 12mm diameter bars obtained from distributors, revealing mean diameters of 9.66mm and 11.46mm, respectively—both falling below industry-standard dimensions. Statistical analysis, with standard deviations of 0.47 and 0.40 for 10mm and 12mm bars, respectively, indicates consistent measurements around the means. While this uniformity is a positive aspect for quality control, the deviation from standard sizes raises concerns about the structural implications and adherence to industry specifications. The undersized bars may compromise load-bearing capacity, necessitating further investigation into manufacturing processes and the implementation of robust quality assurance measures in the construction industry. The findings underscore the critical importance of ensuring construction materials meet established standards for the safety and reliability of built structures.

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