1Department of Civil Engineering, Federal University of Technology, Owerri
Online published on 19 September, 2014.
There are several analytical tools available for analyzing deep beams. Among all the available analytical methods, finite element analysis (FEA) offers a better option. This method discretizes the continuum into finer elements, making it somewhat tedious and complex to handle manually. Computer– assisted programmes make the use of finite element method quite easier. The availability of advanced analysis tools based on finite elements and matrix structural analysis concepts has enabled engineers to model, analyze and design innovative complex and unusual structures. This paper focuses on development of novel software (ADBUFEM) for analysis of deep beams. The software is simple, modular and governed by fundamental principles and aspects of finite element methodology. The results from this study were compared with results from renowned finite element software (ADINA) and the results obtained were shown to reasonably agree.
Finite Element, Concrete Idealization, Development of Software, Discretization, Deep Beam