Modeling and Simulation

Using models to simulate processes and gather data. Then use that data to improve the product or process at a lower cost than actually performing the process.

Testing new air bags through real-life crash tests could be time-consuming, expensive—even dangerous. Modeling and simulation finds that same information virtually, in very little time, with no smashed cars to make the physical world efficient, cost-effective, and safer.

Frank Gerner, Professor Mechanical Engineering

Active Research Faculty

Headshot of Sam Anand

Sam Anand

Professor, Director - Siemens PLM Simulation Technology Center

513-556-5596

Research Interests: Manufacturing systems, Industrial IoT


Headshot of Janet Jiaxiang Dong

Janet Jiaxiang Dong

Professor

513-556-5305

Research Interests: Design for manufacturing


Headshot of Frank M Gerner

Frank M Gerner

Professor, Senior Associate Dean

513-556-2646

Research Interests: Manufacturing simulation


Headshot of Xiaodong   Jia

Xiaodong Jia

Principal Investigator @ Lab for Intelligent Metrology Systems

513-556-3026

Research Interests: Smart manufacturing


Headshot of Prashant Khare

Prashant Khare

Assoc Professor

513-556-5248

Research Interests: Computational Fluid Dynamics, Droplet Modeling, Hypersonics


Headshot of Jay Kim

Jay Kim

Professor

513-556-6300

Research Interests: Acoustics and vibration controls


Headshot of Gui-Rong Liu

Gui-Rong Liu

Professor

513-556-3557

Research Interests: Finite Element Methods, Multi-Physics Simulation


Headshot of Paul D. Orkwis

Paul D. Orkwis

Professor

513-556-3366

Research Interests: Computational fluid dynamics, Lattice Boltzmann methods


Headshot of User not found User not found

User not found User not found

Research Interests: Modeling, friction, simulation


Modeling and Simulation Research News