Optimum design of flexural strength and stiffness for reinforced concrete beams using machine learning
In this paper, an optimization approach was presented for the flexural strength and stiffness
design of reinforced concrete beams. Surrogate modeling based on machine learning was …
design of reinforced concrete beams. Surrogate modeling based on machine learning was …
A comprehensive study of elastically constrained beams under compression and tensile forces employing analytical and numerical approaches
H Alahmadi, G Kanwal, R Nawaz, A Alruwaili - Structures, 2024 - Elsevier
This research investigates elastically constrained beams, including Timoshenko, shear,
Rayleigh, and Euler–Bernoulli beams, positioned on diverse foundations such as Pasternak …
Rayleigh, and Euler–Bernoulli beams, positioned on diverse foundations such as Pasternak …
Simulation and modeling of flexural behavior in concrete beam under different loading shapes
A Al-Ali - 2022 - openaccess.altinbas.edu.tr
Using of beams in construction is common and very required as these elements can play
important role for carrying the external loads as a part of the whole building. The problem of …
important role for carrying the external loads as a part of the whole building. The problem of …