Optimizing BBQs with Conjugate Heat Transfer in Ansys Discovery Software
This engaging case study explores how advanced simulation tools can elevate backyard grilling to a science. It investigates five BBQ configurations using Conjugate Heat Transfer simulations performed in Ansys Discovery™ 3D product simulation software to analyze airflow, heat distribution, and cooking efficiency. From slorollers to pizza stones, each setup reveals unique thermal behaviors that influence flavor and texture. Combining experimental data with simulation insights, the study identifies optimal accessory combinations for different cooking outcomes—whether you're aiming for smoky tenderness or crisp crusts. Ideal for engineers, culinary innovators, and BBQ enthusiasts alike, this resource showcases how simulation can drive smarter design and tastier results.
This case study uses results from a workshop run by the authors at the IDEAs Clinic at the University of Waterloo.
Learning Outcomes
- Analyze heat and airflow patterns using Ansys Discovery simulations.
- Evaluate BBQ configurations for optimal cooking performance.
- Apply thermodynamics and fluid dynamics to real-world engineering.
Applicable Courses for Use
- Heat Transfer
- Applied Thermodynamics
- Conjugate Heat Transfer
Downloadable Content
- Case Study Report
- Simulation Files
- Data files
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