How to leverage Computational Fluid Dynamics (CFD) for manufacturing process and equipment validation, verification, and experimentation before you invest.
Read MoreChris Buchser
CFD Simulation Engineer
Philadelphia, PA
Chris has extensive experience in computational fluid dynamics and mechanical engineering. The simulated environments that he builds enable low-risk experimentation and validation for real-world equipment, processes, and design. His data and physics-based problem-solving span the life sciences and food and beverage industries with models for fluid handling, bioreactor mixing and oxygen mass transfer, industrial process control systems, chemical plume dispersion, and sensitive HVAC environments. Chris provides clients with the confidence they need to move forward in their process modifications and CapEx investments.
“I grow more captivated with computational fluid dynamics with each new project and challenge I take on—we take these complex partial differential equations and use them to describe the reality around us with great accuracy. CFD allows us to generate visualizations of data, showing off just how beautiful the math is.”
Chris received his Bachelor of Science in mechanical engineering from Temple University. He is a member of the International Society for Pharmaceutical Engineering (ISPE) and the American Society of Mechanical Engineers (ASME).