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  • This paper describes thermal simulation and validation of solid state lighting (SSL) LED Lamp with a view to get accurate 3D thermal models for supplementary lamp thermal optimization. Simulations are made by ANSYS-CFX and CoventorWare software tools. The calculated thermal distribution has been validated with thermal measurement on a commercial 8W LED lamp. Materials parametric study has been carried out to discover problematic parts for heat transfer from power LEDs to ambient. Main goal of the work is to predict the thermal management by simulation of LED lamp to get more insight in the effect of lamp shape and materials used in order to design more effective and more power LED lamps
  • This paper describes thermal simulation and validation of solid state lighting (SSL) LED Lamp with a view to get accurate 3D thermal models for supplementary lamp thermal optimization. Simulations are made by ANSYS-CFX and CoventorWare software tools. The calculated thermal distribution has been validated with thermal measurement on a commercial 8W LED lamp. Materials parametric study has been carried out to discover problematic parts for heat transfer from power LEDs to ambient. Main goal of the work is to predict the thermal management by simulation of LED lamp to get more insight in the effect of lamp shape and materials used in order to design more effective and more power LED lamps (en)
Title
  • Thermo-mechanical Modeling and Characterization of High Power Solid State LED Lamp
  • Thermo-mechanical Modeling and Characterization of High Power Solid State LED Lamp (en)
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  • Thermo-mechanical Modeling and Characterization of High Power Solid State LED Lamp
  • Thermo-mechanical Modeling and Characterization of High Power Solid State LED Lamp (en)
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  • RIV/68407700:21230/11:00186066!RIV13-MSM-21230___
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  • P(7H10017), S
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  • 235231
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  • RIV/68407700:21230/11:00186066
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  • Solid state lighting; Thermo-mechanical simulation; LED (en)
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  • [D94C57784DF8]
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  • Brno
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  • Brno
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  • Electronic Devices and Systems, IMAPS CS International Conference 2011 Proceedings
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  • Kulha, Pavel
  • Formánek, Jan
  • Jakovenko, Jiří
  • Bancken, P.
  • Bolt, P. J.
  • Kunen, J.
  • Werkhoven, R.
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  • Vysoké učení technické v Brně. Fakulta elektrotechniky a komunikačních technologií
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  • 978-80-214-4303-7
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  • 21230
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