Field of Study:
Welding Engineering
Department:
Department of Materials Science and Engineering
Rank of Student:
This research opportunity is open to undergraduate students from all ranks who are eager to delve into computational science and its applications in welding engineering.
Desired Majors:
Computational Scientist student
Hours per Week:
10
Compensation Type:
Salary / Stipend
Application Deadline:
Contact:
ramirez.49@osu.edu; leon.156@osu.edu
Private
Public
Project Description
As part of this research opportunity, you will engage in the development of an Integrated Computational Materials Engineering (ICME) framework for resistance spot welding (RSW) joints, particularly focusing on steel and adhesive combinations. Your primary tasks will involve the integration of existing Abaqus simulations and Calphad calculations into a singular program. Through this program, you will analyze and predict crucial aspects of RSW joints, including thermal and mechanical histories, microstructure evolution, and resultant mechanical properties. Furthermore, you will evaluate joint performance under tension-shear and cross-tension conditions. This immersive experience will provide you with invaluable insights into advanced computational methodologies applied in real-world engineering challenges within the automotive sector.
Required Applicant Information
Resume and transcripts
Required or Desired Skills
We are seeking undergraduate students with a passion for computational science and a strong foundation in relevant skills. Desired qualifications include proficiency in programming languages such as Python, familiarity with finite element analysis software like Abaqus, and a basic understanding of thermodynamics and materials science concepts. Additionally, excellent problem-solving abilities, attention to detail, and the capacity to work both independently and collaboratively are highly valued.
Faculty Member Lead:
Antonio J. Ramirez
Starting Semester:
Summer
Length of Project (in semesters):
2