Performance Analysis of Staggered Wire Mesh Matrix Regenerative Heat Exchanger
Journal Title: International Journal of Mechanical Engineering - Year 2018, Vol 7, Issue 5
Abstract
Numerical analysis of staggered wired mesh matrix (SWMM) regenerative heat exchanger has been done and the performance of SWMM has been evaluated experimentally. The range of parameters considered was Reynolds number from 2208 to 4766 and porosity from 0.83 to 0.88. The experimental results revealed that the effectiveness of heat exchanger decreases with time for uniform mass flow rate and with the increase in mass flow rate for a given time.
FORMULATION AND PERFORMANCE ASSESSMENT OF FIXED OILS BASED CUTTING FLUIDS IN MACHINING OPERATION
This research –formulation and performance assessment of fixed oils based cutting fluids in machining operation was done to examine the performance of cutting fluids developed from Shea butter and Neem seed oils (fixed o...
EXPERIMENTATION AND PERFORMANCE EVALUATION OF HEAT RECOVERY FROM DOMESTIC REFRIGERATOR
A refrigerator is a device, which is used to maintain a body at a temperature, below that of surrounding. In order to maintain lower temperature continuously, refrigerator must operate on a cycle. Hence, heat must be mad...
Performance Analysis of Staggered Wire Mesh Matrix Regenerative Heat Exchanger
Numerical analysis of staggered wired mesh matrix (SWMM) regenerative heat exchanger has been done and the performance of SWMM has been evaluated experimentally. The range of parameters considered was Reynolds number fro...
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The SI engines are of extreme importance to the automobile industry. The efficiency of the SI engine depends on several complicated processes, including induction, mixture, preparation, combustion, and exhaust flow. Exte...
Effect of Nanoparticles on Performance of Magneto-Rheological Fluids in Vibration Suppression
Vibration in any working element causes undesirable effects and affects performance. So it has to be suppressed. One of the right ways to suppress the vibration is, bypassing the vibration through a fluid medium. If that...