William Lawson
About William Lawson
William Lawson is a Mechanical Engineer and Finite Element Analyst at General Atomics, where he has worked since 2001. He holds a Bachelor of Science in Mechanical Engineering from the University of California, San Diego, and has contributed to various projects, including projectile aero-thermal heating analysis and hyper velocity impact simulations.
Work at General Atomics
William Lawson has been employed at General Atomics since 2001, serving as a Mechanical Engineer and Finite Element Analyst. His role involves applying advanced engineering principles to various projects, particularly in the field of mechanical systems. Lawson's work contributes to the development and analysis of complex systems, enhancing the capabilities of the organization in aerospace and defense sectors.
Education and Expertise
William Lawson earned a Bachelor of Science in Mechanical Engineering from the University of California, San Diego, specifically from the Jacobs School of Engineering, between 1994 and 1998. His educational background provides a strong foundation in mechanical engineering principles, which he applies in his professional work. Lawson specializes in finite element analysis, simulation, and the development of engineering tools.
Background
William Lawson has a background in mechanical engineering, with a focus on finite element analysis and simulation techniques. His career spans over two decades, with significant experience in developing engineering solutions and conducting complex analyses. Lawson has worked extensively with software tools such as NASTRAN and FEMAP, demonstrating his proficiency in computational mechanics.
Achievements
William Lawson has developed and documented numerous tutorials for NASTRAN and FEMAP, aimed at users with no prior knowledge. He has authored APIs and Matlab scripts to automate engineering tasks, improving efficiency in data analysis. Lawson led the development of a projectile aero-thermal heating analysis and simulated hyper velocity impacts using LS-DYNA SPH, validating his results against experimental data from multiple tests.
Projects and Contributions
William Lawson has contributed to significant projects, including the creation of a DYNA3D model for the Navy Advanced Arresting Gear mechanical system. He validated cable tension time histories against test data, ensuring the accuracy and reliability of the model. His work in simulating transient heat loads and hyper velocity impacts showcases his expertise in advanced engineering analysis.