SAE International Heat Transfer Performance of a Dual Latent Heat Sink for Pulsed Heat Loads 2008-01-2928

Description
This paper presents the concept of a dual latent heat sink for thermal management of pulse heat generating electronic systems. The focus of this work is to verify the effectiveness of the concept during charging through experimentation. Accordingly, custom components were built and a prototype version of the heat sink was fabricated. Experiments were performed to investigate the implementation feasibility and heat transfer performance. It is shown that this heat sink is practicable and helps in arresting the system temperature rise during charging (period of pulse heat load).
Description
This paper presents the concept of a dual latent heat sink for thermal management of pulse heat generating electronic systems. The focus of this work is to verify the effectiveness of the concept during charging through experimentation. Accordingly, custom components were built and a prototype version of the heat sink was fabricated. Experiments were performed to investigate the implementation feasibility and heat transfer performance. It is shown that this heat sink is practicable and helps in arresting the system temperature rise during charging (period of pulse heat load).

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Heat Transfer Performance of a Dual Latent Heat Sink for Pulsed Heat Loads - 2008-01-2928 - SAE International
Warrendale, PA, United States
Heat Transfer Performance of a Dual Latent Heat Sink for Pulsed Heat Loads
2008-01-2928
Heat Transfer Performance of a Dual Latent Heat Sink for Pulsed Heat Loads 2008-01-2928
This paper presents the concept of a dual latent heat sink for thermal management of pulse heat generating electronic systems. The focus of this work is to verify the effectiveness of the concept during charging through experimentation. Accordingly, custom components were built and a prototype version of the heat sink was fabricated. Experiments were performed to investigate the implementation feasibility and heat transfer performance. It is shown that this heat sink is practicable and helps in arresting the system temperature rise during charging (period of pulse heat load).

This paper presents the concept of a dual latent heat sink for thermal management of pulse heat generating electronic systems. The focus of this work is to verify the effectiveness of the concept during charging through experimentation. Accordingly, custom components were built and a prototype version of the heat sink was fabricated. Experiments were performed to investigate the implementation feasibility and heat transfer performance. It is shown that this heat sink is practicable and helps in arresting the system temperature rise during charging (period of pulse heat load).

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Technical Specifications

  SAE International
Product Category Standards and Technical Documents
Product Number 2008-01-2928
Product Name Heat Transfer Performance of a Dual Latent Heat Sink for Pulsed Heat Loads
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