Undergraduate Courses Taught
- Sustainable Energy Sources and Systems
- Senior Laboratory
- Experimental Methods for Engineers
- Heat Transfer
- Fluid Dynamics-I
- Introduction to Thermodynamics
- Applied Thermodynamics
ME 404/504 (University of Idaho,Spring 2017)
Solar Thermal: Topics include Solar thermal systems; Estimation of Solar Radiation; Beam and Diffuse Components; Transmissivity absorptivity product; Liquid Flat Plate Collector; Collector Losses; Temperature Distribution and Collector Efficiency Factor.
Solar photovoltaic: Basics of PV cell; Cell Connection; Models for PV Systems; Storage; Batteries; Power Conditioning; System Design.
Wind energy systems: Resource Estimation; Betz Limit; Horizontal axis wind turbines; Blade Element Momentum Theory; Electrical aspects; Wind Farms; Economics of Wind Power.
ME 430 (University of Idaho 2017-2019)
Detailed lab investigation of engineering problem; statistical design of experiments; application of engineering principles to analyze experimental data; technical report writing; oral communication skills. One lecture and four hours of lab a week. Students work on experimental projects such as: Flow visualization in a wind tunnel, Constant temperature anemometry, Laser Doppler velocimetry, Cetane number determination of biodiesel, Octane number determination of gasoline/alcohol blends, Internal combustion engine performance and emissions measurement, and Determination of pump operating characteristics and efficiency.
ME 330 (University of Idaho, Fall-2015,Spring 2016)
Laboratory documentation and reporting; Laboratory measurement techniques; Sample statistics and probability, linear regression and calibration; General measurement system components; Measurement uncertainty analysis and error propagation; Data acquisition: sampling and aliasing; Analog electrical devices, operational amplifiers, signal characteristics, and data acquisition techniques; Analytical and practical understanding of measurement systems as 0th, 1st, and 2nd order systems; Frequency response of dynamic measurement systems; Temperature, Pressure, Flow, and Strain measurements; Sensors, transducers, actuators, and controls.
ME 345 (University of Idaho, Fall-2015,Spring 2016)
Conduction: Physical Origins and Rate Equations; Introduction to Conduction; One-Dimensional Steady-State Conduction; Heat Transfer from Extended Surfaces; Two Dimensional Conduction; Two Dimensional Conduction: Analytical Solutions; Two Dimensional Conduction: Computer Solution; Transient Conduction-Lumped Capacitance; Transient Conduction-Analytical Solutions.
Convection: Introduction to Convection: Flow and Thermal Considerations; Flat Plate in a Parallel Flow; External Convection (Cylinder, Sphere); Internal Flow: Hydrodynamic Considerations Internal Flow: Thermal Considerations; Laminar Flow in Circular Tubes; Turbulent Flow in Circular Tubes; Free Convection: Vertical and Horizontal Plates; Free Convection: Spheres and Cylinders; Boiling; Condensation.
Radiation: Principles and Definitions; Radiative Properties of Surfaces; Radiation exchange between surfaces.
Previously Taught
ME 3250 (UConn)
Laws of conservation of mass, momentum, and energy in fluid systems, dimensional analysis, incompressible, inviscid and viscous flows, steady and unsteady flows, internal and external flows.
ME 2233 (UConn)
Introduction: Systems; Processes; Definitions; Work and Heat ; First Law of Thermodynamics; Evaluating Properties;Properties of Gases and Gas Mixtures; Control Volume Analysis using Energy; Second Law of Thermodynamics; Using Entropy; Intro to Heat Engine Cycles; Exergy Analysis; Third Law of Thermodynamics.
ME 2234 (UConn)
Vapor Power Cycles; Rankine Cycle; Modifications to Rankine Cycle; Intro to Gas Power Cycles; Otto Cycle; Diesel Cycle; Brayton Cycle; Combined Heat and Power; Nozzles and Diffusors; Refrigeration and Heat Pump Systems; Psychrometic Applications; Combustion; Chemical and Phase Equilibrium.