Load-Deflection Characteristics and Ultimate Load Capacity of Reinforced Concrete One-way Slab

Authors

  • MARY ANN AHALAJAL
  • ARISTON G. TRINIDAD
  • VICENTE E. EMPIG
  • METODIA M. TRINIDAD

Keywords:

Load deflection, Reinforced One-way slab

Abstract

This study is conducted to investigate and compare the experimental load-deflection characteristics and ultimate load capacity of reinforced concrete one-way slab to the theoretical predictions. Six one-way slabs with dimensions 1000 mm x 150 mm x 50 mm, reinforced with 2-8 mm diameter main bars, were constructed. All specimens tested are simply supported beams subject to center-point load. The Universal Testing Machine is used to apply the load while the deflections of the slabs are measured using a dial indicator. The study reveals that the experimental deflections are 25% less than the theoretical deflections. The study also shows that the experimental ultimate load capacity of the slabs is 37% greater than the theoretical ultimate load capacity.

Published

03/26/2024

How to Cite

AHALAJAL, M. A., G. TRINIDAD, A., E. EMPIG, V., & M. TRINIDAD, M. (2024). Load-Deflection Characteristics and Ultimate Load Capacity of Reinforced Concrete One-way Slab. ASIA PACIFIC JOURNAL OF SOCIAL INNOVATION, 20(1), 237–264. Retrieved from https://journals.msuiit.edu.ph/tmf/article/view/254