Up

Parametric study simulation of axially loaded bored pile using finite element Code — Plaxis Software on subsurface soils Khartoum area-Sudan

Parametric study simulation of axially loaded bored pile using finite element Code — Plaxis Software on subsurface soils Khartoum area-Sudan
File Size:
235.91 kB
Author:
Abdelazim Makki Ibrahim, Slamet Widodo, Shen Hong
Date:
14 August 2013
Downloads:
34 x

 

Abstract: The diversity and complexity of subsurface soil in studied area consisting of alluvial deposits cause many diffi culties for foundation engineering. Th erefore, a solution is needed for foundation in this problematic soil. In Sudan, raft foundation represents the basic and most widespread shallow foundation method for engineering structure except for bridges where the pile foundation is used. In recent years, after the discovery of petroleum in Sudan, a major advance in piling technology is needed due to intensive building of large numbers of precast high-rise tower. Th is paper used Plaxis software to understand the behavior of axially loaded bored pile using diff erent loads, lengths and diameters of piles. In this paper a comprehensive analytical study using fi nite element analysis is presented and parametric study of pile under vertical load is performed. Th e analytical and quantitative analysis in this study shows useful understanding of the behavior of bored pile.

Keywords: bored pile, fi nite code, plaxis software

Area: Town and Urban Planning Architecture and Building Engineering

BibTeX:

@article{Ibrahim2012,
  author = {Abdelazim Makki Ibrahim and Slamet Widodo and Shen Hong},
  title = {Parametric study simulation of axially loaded ored pile using finite element ode—Plaxis Software on subsurface soils Khartoum area-Sudan},
  journal = {Challenges of Modern Technology},
  year = {2012},
  volume = {3},
  number = {3},
  pages = {33--38},
  url = {http://www.journal.young-scientists.eu/index.php/isuues/file/102-parametric-study-simulation-of-axially-loaded-bored-pile-using-finite-element-code-plaxis-software-on-subsurface-soils-khartoum-area-sudan}
}
 
 

License Agreement

I agree to the terms listed above
 
 
Powered by Phoca Download