MKO_Sphere software enables numerical modelling of the flow of viscous gas around a sphere.
If you're looking for a powerful program for numerical modelling of a viscous gas flow past a sphere, look no further than MKO_Sphere. This state-of-the-art software offers a range of distinctive features that make it an ideal choice for those seeking precision and accuracy.
One of the key advantages of MKO_Sphere is its advanced model of viscous compressible gas. This means you can model even the most complex flows with ease, and achieve accurate results every time.
Another benefit of the program is the ability to control a range of variable parameters in the domain, including the distance between the sphere and the outer boundary, grid refinement, and number of grid points. This flexibility allows you to customize your modelling as required, and achieve the best possible results for your project.
Similarly, MKO_Sphere offers a range of variable parameters for the gas flow itself, including the Reynolds number, Mach number, Prandtl number, and isentropic exponent. This enables you to fine-tune your modelling and achieve the highest levels of accuracy.
When it comes to accuracy, MKO_Sphere stands out from the competition with its impressive order of accuracy with respect to both time and spatial variables. Specifically, the software offers an order of accuracy of 2 with respect to the time variable, and an order of accuracy of 2 with respect to the spatial variables.
Finally, users can access MKO_Sphere via the file address / flashcard%2FMKO_Sphere_1_0_english.zip, providing a streamlined and easy-to-use experience.
Overall, if you're looking for a comprehensive and reliable software package for modelling viscous gas flows, MKO_Sphere is an excellent choice. Its powerful features, flexible controls, and high level of accuracy make it an ideal option for a wide range of projects.
One of the key advantages of MKO_Sphere is its advanced model of viscous compressible gas. This means you can model even the most complex flows with ease, and achieve accurate results every time.
Another benefit of the program is the ability to control a range of variable parameters in the domain, including the distance between the sphere and the outer boundary, grid refinement, and number of grid points. This flexibility allows you to customize your modelling as required, and achieve the best possible results for your project.
Similarly, MKO_Sphere offers a range of variable parameters for the gas flow itself, including the Reynolds number, Mach number, Prandtl number, and isentropic exponent. This enables you to fine-tune your modelling and achieve the highest levels of accuracy.
When it comes to accuracy, MKO_Sphere stands out from the competition with its impressive order of accuracy with respect to both time and spatial variables. Specifically, the software offers an order of accuracy of 2 with respect to the time variable, and an order of accuracy of 2 with respect to the spatial variables.
Finally, users can access MKO_Sphere via the file address / flashcard%2FMKO_Sphere_1_0_english.zip, providing a streamlined and easy-to-use experience.
Overall, if you're looking for a comprehensive and reliable software package for modelling viscous gas flows, MKO_Sphere is an excellent choice. Its powerful features, flexible controls, and high level of accuracy make it an ideal option for a wide range of projects.
What's New
Version 1.0: N/A