Mihir Sen
Professor
Department of Aerospace and Mechanical Engineering
University of Notre Dame
Notre Dame, IN 46556
Tel.: (574) 631-5975
E-mail: Mihir.Sen.1[at]nd.edu
Some current areas of investigation:
- Artificial neural networks for prediction and control of thermal systems
- Genetic algorithms for optimal heat transfer correlations
- Fuzzy logic for thermal control
- Thermal control
- Heat exchangers
- Chaotic advection for heat transfer enhancement
- Potential flow heat transfer
- Energy equation in thermal anemometry
Work in progress
Additional details on:
Current graduate students:
Some theses and dissertations:
Preprints posted for informational purposes only:
- Analytical studies of flow effects due to
vibrating walls, F. Carlsson, M. Sen and L. Löfdahl.
- Hydrodynamic effects in channel flow due to vibrating walls, F. Carlsson, M. Sen and L. Löfdahl.
- Heat transfer enhancement due to vibrating walls, F. Carlsson, M. Sen and L. Löfdahl.
- Heat transfer in a toroidal natural convection loop.
- Nonlinear analysis of transient pipe flow due to control-valve actuation, Weihua Cai, Mihir Sen and K.T. Yang.
- Relation between the fluid energy equation and the response of a hot-wire anemometer in time-dependent flows, Mihir Sen, Lennart Löfdahl and Carl Fredrik Stein.
- Using carbon dioxide and ionic liquids for absorption refrigeration, Mihir Sen and Samuel Paolucci.
- A Lagrangian study of inviscid vortex interaction, Shaligram Tiwari, Gautam Biswas and Mihir Sen.
- Hydrodynamic instability of two-dimensional electron flow in semiconductors, Williams Calderón-Muñoz, Debdeep Jena and Mihir Sen.
- Stability of synchronized states in thermostatically-controlled rooms, Frederick Thwaites and Mihir Sen.
- Analysis of ureteral peristalsis with solid particles, Joel Jiménez-Lozano, Mihir Sen and Edmundo Corona.
- Dynamics of temperatures in thermally-coupled heated rooms with PI control, Frederick Thwaites and Mihir Sen.
- Dynamic modeling of an absorption refrigeration system using ionic liquids, Weihua Cai, Mihir Sen and Samuel Paolucci.
- Analysis of the performance of ionic liquids in cooling loops, Mihir Sen, Samuel Paolucci and Wenjun (Katherine) Liu.
- Potential-driven flows through self-similar trees, Jason Mayes and Mihir Sen.
- Synchonization of self-sustained thermostatic oscillations in interacting chambers, V. Özceyhan and Mihir Sen.
- Flow in self-similar networks, Jason Mayes and Mihir Sen.
- Synchronization of four coupled van der Pol oscillators, Miguel A. Barrón and Mihir Sen.
- Streamline topologies of two-dimensional peristaltic flow and their bifurcations, Joel Jiménez-Lozano and Mihir Sen.
- Synchronization of coupled self-excited elastic beams, Miguel A. Barrón and Mihir Sen.
- Biotransferencia de calor en piel para diagnosis termográfica de quemaduras, Joel N. Jiménez Lozano, Mihir Sen, F. Javier González Contreras, Ricardo Romero Méndez.
- Analysis of 3ω method for thermal conductivity measurement, Hainan Wang and Mihir Sen.
- Using thermography for the determination of burned skin depth, . R. Romero-Méndez, J.N. Jiménez-Lozano, M. Sen and F.J. González.
- Bifurcations and symmetries of optimal solutions for distributed robotic systems, . Baoyang Deng, Mihir Sen and Bill Goodwine.