Experiments and Analysis on Thermoelectric Generators of Automotive Exhaust under the Multi-Field Coupling

Wen Shuai Wang; Xun Liu

doi:10.4028/www.scientific.net/AMR.850-851.217

Paper Titles

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An Experimental Study on Anti-Corrosion Coating of Ground Oil and Gas Equipment
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Structural Optimization of Mine Hoisting Skip Underframe Based on Modal Analysis
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Study on Stereo Vision for 3D Reconstruction of Welding Seam
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Experiments and Analysis on Thermoelectric Generators of Automotive Exhaust under the Multi-Field Coupling
p.217

Scaling Laws and Forecasting Techniques of Silicate in ASP Flooding
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Grinding Affect the Service Life of Mould Research
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Research on the Precision Rutting Detector
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The Experimental Design and Research of Coaly Similar Materials Based on Uniform Design Method
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 850-851Experiments and Analysis on Thermoelectric...

Experiments and Analysis on Thermoelectric Generators of Automotive Exhaust under the Multi-Field Coupling

Abstract:

The present experimental and analytic study reports a new thermoelectric generation (TEG) system, working with heat exchangers to produce electricity from a limited hot surface area. Results are obtained for generators using a coupling condition of heat-flow and flow-solid coupling analysis to obtain the temperature, heat, pressure field of heat exchanger. These fields couple together to solve the multi-field coupling of the flow, solid, heat, and then the simulation result is compared with the test bench experiment of TEG, providing a theoretical and experimental basis for the present new exhaust gas waste heat recovery system.