Exploring Viscosity Effects in Accretion Disk Simulations: A Code Comparison between FLASH and Athena

Georgia Amy Richardson and Ryan Jeffrey Farber
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Abstract

This project investigates the impact of viscosity on the evolution of black hole accretion disks through a comparative analysis between FLASH and Athena simulations. Our focus lies in understanding the role of viscosity in overall disk evolution. We present mass accretion rate plots that reveal near identical patterns in disk evolution when varying viscosity. We emphasize the need for additional code-comparison research, including exploration of a wider variety of codes and physics included to enhance our understanding and confidence in simulated models.
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探索吸积盘模拟中的粘度效应:FLASH 和 Athena 的代码比较
该项目通过对 FLASH 和 Athena 模拟的对比分析,研究粘度对黑洞吸积盘演化的影响。我们的重点是了解粘度在整个磁盘演化中的作用。我们展示的质量吸积率图显示,在改变粘度时,磁盘演化的模式几乎相同。我们强调有必要开展更多的代码比较研究,包括探索更广泛的代码和物理特性,以增强我们对模拟模型的理解和信心。
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