Finite Element Simulation Models for Analysis of Mechanical and Structural Members: An Honors Research Project
Location
Poster Session 1 (Henderson Library)
Session Format
Poster Presentation
Your Campus
Statesboro Campus- Henderson Library, April 20th
Academic Unit
Department of Civil Engineering and Construction
Research Area Topic:
Engineering and Material Sciences - Civil
Co-Presenters and Faculty Mentors or Advisors
Dr. Shahnam Navaee
Abstract
In the presented honors project, simulation models for analyzing a variety of mechanical and structural problems are developed utilizing the Abaqus Finite Element software package. Finite elements is a powerful alternate method for solving complex engineering problems, especially for those for which no closed-form solutions exist. Abaqus is a sophisticated and well-known comprehensive package used in many prestigious engineering schools and large research corporations around the globe. The conduced research project had two main phases, one consisting of analyzing mechanical members and the other studying the structures. In the first phase, the behavior of composite solid elastic members composed of several homogenous materials, as well as elasto-plastic solid members under the action of various applied loads such as axial forces, bending moments, torsional loads, and temperature loads were investigated. During the second phase, the emphasis was placed on analyzing structural components such as beams, trusses, portal trusses, and various frames with multiple connected parts.
Included in the presentation are samples developed simulation models of the studied mechanical and structural parts, along with the corresponding deformations and stress results for each. Using Abaqus, maximum stress and deformation values can be determined to ensure that these values are within allowable limits. All computed results obtained in the study were in complete agreement with the analytical values, clearly establishing that the developed models were suitable and accurate. The produced simulation modules developed in this study will be used in an Honors section of the Mechanics of Materials Course and a Structural Analysis Course at Georgia Southern University during the 2022-2023 academic year. Expertise gained and techniques developed through undertaking this project will serve as an invaluable tool to foster other more in-depth investigations for analyzing a variety of other more complicated research problems.
Program Description
In the presented honors project, simulation models for analyzing a variety of mechanical and structural problems are developed utilizing the Abaqus Finite Element software package. Included in the presentation are samples created simulation models of the studied parts, along with the corresponding deformation and stress results for each case.
Creative Commons License
This work is licensed under a Creative Commons Attribution 4.0 License.
Presentation Type and Release Option
Presentation (Restricted to Georgia Southern)
Start Date
4-20-2022 10:00 AM
End Date
4-20-2022 11:30 AM
Recommended Citation
Ackerman, Kristin J., "Finite Element Simulation Models for Analysis of Mechanical and Structural Members: An Honors Research Project" (2022). GS4 Georgia Southern Student Scholars Symposium. 2.
https://digitalcommons.georgiasouthern.edu/research_symposium/2022/2022/2
Finite Element Simulation Models for Analysis of Mechanical and Structural Members: An Honors Research Project
Poster Session 1 (Henderson Library)
In the presented honors project, simulation models for analyzing a variety of mechanical and structural problems are developed utilizing the Abaqus Finite Element software package. Finite elements is a powerful alternate method for solving complex engineering problems, especially for those for which no closed-form solutions exist. Abaqus is a sophisticated and well-known comprehensive package used in many prestigious engineering schools and large research corporations around the globe. The conduced research project had two main phases, one consisting of analyzing mechanical members and the other studying the structures. In the first phase, the behavior of composite solid elastic members composed of several homogenous materials, as well as elasto-plastic solid members under the action of various applied loads such as axial forces, bending moments, torsional loads, and temperature loads were investigated. During the second phase, the emphasis was placed on analyzing structural components such as beams, trusses, portal trusses, and various frames with multiple connected parts.
Included in the presentation are samples developed simulation models of the studied mechanical and structural parts, along with the corresponding deformations and stress results for each. Using Abaqus, maximum stress and deformation values can be determined to ensure that these values are within allowable limits. All computed results obtained in the study were in complete agreement with the analytical values, clearly establishing that the developed models were suitable and accurate. The produced simulation modules developed in this study will be used in an Honors section of the Mechanics of Materials Course and a Structural Analysis Course at Georgia Southern University during the 2022-2023 academic year. Expertise gained and techniques developed through undertaking this project will serve as an invaluable tool to foster other more in-depth investigations for analyzing a variety of other more complicated research problems.
