Reliability of Industrial
Systems and Components
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Cyclic Thermal Fatigue Failure and
Thermal Analysis
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Physical Based Modeling (FEM and
CFD)
The laboratory has experience with a
variety of reliability and accelerated life analysis tools
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Weibull ++7
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Alta 7
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BlockSim 7
Current Research field:
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High-Fidelity physics-based reliability analysis of industrial
systems involving thermo-fluid-structure interactions.
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Employing Computational Fluid Dynamics (CFD), Finite Element
Method (FEM), and Monte Carlo Simulation (MCS) techniques for
reliability evaluation based on critical transient operation.
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Integrating state-of-the-art computational tools for modeling
flexibility and accuracy.
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Analysis methods are applicable to a wide range of industrial
applications, such as heat exchanger circuits, expansion joints,
condensation traps, ducts and piping, valves, and tube bundles.
Reliability tools are also integrated
with commercially available computational tools:
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ANSYS/CFX
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Design Explorer
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Fluent
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iSIGHT/FIPER
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