Prof. Thomas Siegmund — Research Profile
Purdue University · School of Mechanical Engineering
Graduate application deadlines
School of Mechanical Engineering
PhD in Mechanical Engineering
Fall 2027Application deadline
Dec 1, 2026
No year on the page — check the original to confirm these dates are for this cycle.
Source: engineering.purdue.eduChecked Nov 2, 2026MSME (thesis / research)
Fall 2027Application deadline
Dec 1, 2026
No year on the page — check the original to confirm these dates are for this cycle.
Source: engineering.purdue.eduChecked Nov 2, 2026
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Prof. Thomas Siegmund at Purdue University School of Mechanical Engineering lists Solid mechanics, multiscale and multiphysics modeling, Design of engineering material systems, Fracture and fatigue, Microarchitectured materials, Biomechanics of soft and hard tissues as their registered research area.
Research keywords
Other labs in this department
- Aaron Morris Lab
Fluid dynamics, Multiphase flows, Monte Carlo methods, Kinetic theory of granular flows, Heat transfer in granular media, Rarefied gas dynamics
- Ajay Malshe Lab
Bio-inspired designs, Surface engineering and multifunctional materials, Systems integration, productization, production, Heavy-duty machines: machining, lubrication, corrosion, Frugal engineering, social innovations, social equity, Manufacturing in space
- Bionic Interfaces Prototyping Lab
Alex Chortos
Bio-inspired and mechanically adaptive electronics, Multimaterial additive fabrication, Soft actuators (artificial muscles), Wearable actuators (haptics), Polymer design and polymer physics, Deformation sensors and transistors
- Amy Marconnet Lab
Transport Phenomena in Multi-Scale, Heterogeneous Materials & Systems, Fundamentals of Nanoscale Thermal Transport, Heat Transfer in Natural and Synthetic Fiber Systems, Thermofluids Interactions, Multi-Physics Metrology Design, Electronics Cooling and Thermal Management
- Andrea Vacca Lab
Modeling and simulation of hydraulic systems, Modeling and testing of pumps and motors for fluid power applications, Hydraulic valves modeling and testing, Reduction of noise emissions in fluid power systems
- Programmable Structures Lab
Andres Arrieta
Adaptive structures, Mechanical metamaterials, Robotic materials, Programmable structures, Multistable structures, Structural nonlinearity, Elastic instabilities, Structural dynamics, Nonlinear vibrations