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The disc brake system in modern passenger cars plays a critical role in converting kinetic energy into thermal energy, necessitating effective heat dissipation for optimal performance. This study employs a combination of experimental and numerical methods, including finite element analysis, to compare different types of brake discs. We assess structural and thermal properties to identify the disc brake rotor type exhibiting the best performance. The research emphasizes the significance of efficient heat dissipation in brake systems to avert potential damage or failure.

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Thermodynamic Analysis of Various Disc Brake Rotors

  • 会议论文

  • 发表日期：

    2026年

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  • Falgun Patil,
  • Poonam Rathod,
  • Girish Patil,
  • Yogesh Gholap,
  • Prachi Chaudhari,
  • Pramod Kothmire

摘要

The disc brake system in modern passenger cars plays a critical role in converting kinetic energy into thermal energy, necessitating effective heat dissipation for optimal performance. This study employs a combination of experimental and numerical methods, including finite element analysis, to compare different types of brake discs. We assess structural and thermal properties to identify the disc brake rotor type exhibiting the best performance. The research emphasizes the significance of efficient heat dissipation in brake systems to avert potential damage or failure.