A methodology for designing computational or physical experiments that mitigate system-level uncertainty, demonstrated on an early-stage Blended-Wing-Body aircraft concept.
A systems engineering approach to selecting appropriate physics models and fidelity levels for coupled multi-disciplinary simulations.
A structured process developed under NATO STO AVT-297 for defining physical experiment data requirements to validate computational models.
Identifying the critical system-level uncertainties in a coupled aerostructural analysis to decide which validation experiments to run.
Modeling and evaluation of underground cistern water tanks as thermal energy storage for net-positive energy and water buildings.
A scalable thermal-fluid network model for simulating building-to-grid heat exchange across campus district cooling loops.
Data acquisition, monitoring, and visualization architecture for campus-scale district energy grids at Georgia Tech.