Dr. Laith Abed Sabri is a highly accomplished mechanical engineer with a PhD from Baghdad University, specializing in finite element analysis (FEA), thermal-mechanical stress analysis, and composite materials. With extensive experience in the MRI field, Dr. Sabri has developed sophisticated 3D models for MRI magnets, conducted quenching simulations, and analyzed stress and thermal behaviors in superconducting coils. His expertise extends to dental biomechanics, where he has applied FEA to evaluate stress distribution in dental implants and restorative treatments. Currently, he leverages his advanced skills in computational solid mechanics as a key faculty member at Baghdad University, contributing to cutting-edge research and mentoring the next generation of engineers.
PhD in Mechanical Engineering from Baghdad University, with specialization in finite element analysis (FEA), thermal-mechanical stress analysis, and composite materials. Postdoctoral Research Associate at Case Western Reserve University, focusing on MRI simulation, quenching processes, and protection systems. Extensive experience in FEA modeling for both engineering applications (superconducting magnets for MRI systems) and dental biomechanics (stress analysis for dental implants and veneers). Proficient in ANSYS, OperaFEA, and other simulation tools for structural and thermal analysis. Strong background in computational solid mechanics, heat transfer analysis, and multi-physics modeling.
Developing and supervising advanced research projects in FEA modeling and stress analysis. Conducting 3D modeling and simulation of MRI magnets, with a focus on thermal and mechanical behavior during quenching processes. Leading research in dental biomechanics, evaluating the performance of implants and prostheses under mechanical and thermal stresses. Providing mentorship and supervision to graduate and undergraduate students, guiding them in mechanical engineering research and thesis projects. Collaborating on interdisciplinary projects within Baghdad University and external research institutions to advance engineering simulations and analysis.
Awarded Postdoctoral Fellowship at Case Western Reserve University. Member of IEEE (Institute of Electrical and Electronics Engineers). Member of ASME (American Society of Mechanical Engineers). Recipient of the Best Research Paper Award at [Insert Relevant Conference Name]. Participant in multiple international conferences and workshops on MRI magnet technology and dental biomechanics.
Finite Element Analysis (FEA) for engineering applications, focusing on stress, thermal, and mechanical simulations. MRI magnet systems, including quenching simulations and thermal-mechanical stress analysis of superconducting materials. Dental biomechanics, exploring the mechanical behavior of dental implants, veneers, and partial dentures under various conditions. Composite materials and their application in high-stress environments. Heat transfer and multiphysics modeling in advanced engineering systems.
Mechanical Engineering with a focus on FEA, structural mechanics, thermal analysis, and composite materials. Biomedical Engineering, particularly dental biomechanics and the integration of engineering principles in medical applications. Magnetics Engineering, with expertise in the design and analysis of superconducting magnets for MRI systems.
• Lecturing in Finite Element Analysis, Heat Transfer, and Computational Mechanics at the undergraduate and graduate levels. • Supervising PhD and Master's students on topics related to FEA, and dental stress analysis. • Developing curriculum and course materials to enhance students' understanding of mechanical engineering principles. • Providing hands-on experience with simulation tools like ANSYS and OperaFEA in research-focused projects. • Mentoring students in conducting research, publishing papers, and preparing for academic and industrial careers.