Computational Modelling Applications for the Optimal Design of Prefabricated Industrial Buildings According to the Harmonious Research Method

Authors

  • Aiham Nafea Yaseen Alkubaisi Ministry of Higher Education and Scientific Research/Department of Government contracts
  • Eman Abbas Abood presidency of Al Nahrain University
  • Mohammed Hazim Mohammed Ministry of Higher Education and Scientific Research

Keywords:

Precast buildings, Harmony search, Optimum design

Abstract

The study aimed to use of computer science programs to find innovative solutions for the design of prefabricated industrial buildings, often these buildings are only on the ground floor. The researcher used the (HS) algorithm, where the model was designed within the following measurements: {height 6 meters}, {extension 3 meters} taking into account the type of soil and taking into account the general rules for earthquake prevention, and international standards related to the relationship. After that, the researcher conducted preliminary and advanced tests for the purpose of checking the sensitivity of the model, and the researcher also performed some analyzes using five different parameter sets. The researcher concluded: The possibility of designing a prefabricated modular building, which is compatible with the code using the HS algorithm, taking into account all the relevant restrictions.

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Published

13.02.2023

How to Cite

Yaseen Alkubaisi, A. N. ., Abbas Abood, E. ., & Mohammed, M. H. . (2023). Computational Modelling Applications for the Optimal Design of Prefabricated Industrial Buildings According to the Harmonious Research Method . International Journal of Intelligent Systems and Applications in Engineering, 11(4s), 302–312. Retrieved from https://ijisae.org/index.php/IJISAE/article/view/2668

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Research Article