Results for "mechanical engineering"

Projects

Evaluation of Bioderived Ionic Liquids as Novel Lubricant Additives

Project Lead:
Description:

The need to minimize greenhouse gas emissions, ensure energy security, and improve industrial output and competitiveness, have created a growing demand for engineering systems and functional materials with improved…

In silico heart modeling at the Center of Cardiovascular Simulation

Description:

We are developing a computational biomechanical framework for image based patient-specific analysis and medical device prototyping.

Briefly, our in silico heart model is composed of:
(1) high quality…

Faculty

Kevin Clarno

Affiliated Departments:
Cockrell School of Engineering, Mechanical Engineering
Research Interests:

Dr. Clarno is an Associate Professor in the Nuclear and Radiation Engineering program at the University of Texas at Austin with a research focus on computational nuclear energy, including algorithm development for…

Marissa Rylander

Affiliated Departments:
Mechanical Engineering
Research Interests:

Bone Tissue Engineering
Dynamic Measurement of Biological Processes
Measurement and Modeling of Inflammation
Nanotechnology for Therapeutics and Diagnostics
Tumor Engineering

Christopher Rylander

Affiliated Departments:
Biomedical Engineering, Mechanical Engineering
Research Interests:

Dr. Rylander's primary technical area is manufacturing and design, but his interests also overlap into the areas of biomechanical engineering and thermal/fluid systems.

Mehran Tehrani

Affiliated Departments:
Cockrell School of Engineering, Mechanical Engineering
Research Interests:

advanced multifunctional composites: advanced manufacturing, materials science, and mechanics

++ Modeling, in-situ inspection (utilizing machine learning), and robotic manufacturing of composite structures…

Jamie Warner

Affiliated Departments:
Cockrell School of Engineering, Mechanical Engineering
Research Interests:

Jamie Warner is a professor at the Department of Mechanical Engineering. His research develops new ways for in-situ imaging in TEM with ultra-high spatial resolution, leading to foundation studies of defects, dopants…