MINT/DS (Multidimensional Implicit Navier-Stokes Time Dependent Design System) is a Navier-Stokes solver using a finite difference representation of the transient form of the Navier-Stokes equations to predict both steady and unsteady fluid flow. MINT/DS utilizes time scaling for rapid convergence in steady-state applications and is designed to efficiently predict the flow in geometrically complex domains for both nonreacting and reacting flow. This version of the product is designed for ease of use by designers by using an interactive menu-driven user interface. Extensive consistency checks are incorporated to guide the user in problem setup and code execution.
David V. Roscoe
Sr. Research Scientist Scientific Research Associates, Inc. 50 Nye Road PO Box 1058 Glastonbury, CT 06033 USA 203-659-0333 fax:203-633-0676 dave@mach5.srai.com