Our People - Component structures

519-888-4567 x30291
Location: 
CPH 3653
Research Expertise
  • Characterization and modeling of contacting interfaces and thermal interface materials
  • Development of compact analytical and empirical models at micro- and nano-scales
  • Development of thermally enhanced greases
  • Entropy generation minimization in electronic systems
  • Experimental and analytical modeling of nano-fluids
  • Micro-scale refrigeration
  • Microelectronics cooling
  • Modeling and development of thermoelectric devices
  • Natural and forced convection cooling
  • Surface roughness in micro-tubes
  • Thermal characterization of metal foams
  • Thermal contact resistance in polymeric interfaces
  • Thermal management of integrated nano-devices and thermal/electric energy conversion

Microelectronics Heat Transfer Laboratory (MHTLab)

Group(s): 
Connected and Autonomous→Advanced Driver Assistance Systems (ADAS); Lightweighting and Fabrication→Component structures; A to D profiles
519-888-4648 or x84648
Location: 
E3 4109
Research Expertise
  • Dynamics and Control of Structures
  • Non linear structural dynamics
  • Micropolar materials modeling
  • Composite materials
Group(s): 
Lightweighting and Fabrication→Component structures; Structure and Safety→Material characterization; E to H profiles
519-888-4567 x38086
Location: 
EC4 1159
Research Expertise
  • Long-term durability of lightweight composites

  • Fatigue and creep failure

  • Impact of composite structures

  • Damage mechanics and constitutive modeling

  • Micromechanics

  • Non-destructive evaluation (NDE)

Group(s): 
Lightweighting and Fabrication→Component structures, Composites and polymers; Software and Data→Modelling and design; Structure and Safety→Fatigue, Material characterization, Structural crashworthiness; I to M profiles
519-888-4567 x37716
Location: 
MC 6419
Research Expertise
  • Computational solid mechanics using the finite element method
  • Failure analysis and cohesive fracture of polymeric and glassy materials and polymer-based composites
  • Finite elasticity and viscoelasticity
  • Multi-scale modeling of asphalt, concrete and polymer based composites
Group(s): 
Lightweighting and Fabrication→Component structures; N to S profiles
519-888-4580 or x84580
Location: 
CPH 3678
Research Expertise
  • All-Speed Flow Prediction Methods
  • Control-Volume-Based Finite Element Methods
  • Machine Vision
  • Phase-Change Energy Transport. Equation Solving for Physical Problems
Group(s): 
Lightweighting and Fabrication→Component structures; N to S profiles
519-888-4567 x35455
Location: 
MC 6326
Research Expertise
  • Mathematical imaging
  • Diagnostically lossless medical image compression
  • Fractal-based methods of analysis and approximation
  • Dynamical systems and their applications
Group(s): 
Lightweighting and Fabrication→Component structures, Composites and polymers; T to Z profiles