FLEXIBILITY

Finite Difference Power
SINDA/G is not a finite element code (FEA), but a finite difference code. It can mix algebraic equations and FORTRAN logic, and can also model large radiation problems.

Design through Analysis
SINDA/G is more than a thermal analyzer: it is a powerful design tool. Simple logic can be added to iterate geometry and boundary conditions to optimize a design.

You'll never outgrow SINDA/G!
FORTRAN logic can be added, so you can handle any thermal model for which you can model the physics mathematically.

SINDA/G has been used for thermal models of:

• Space Shuttle payloads in cargo bay
• Frost buildup on the Space Shuttle's external tank
• Paper moving through copy machines
• Batteries
• Rocket motors
• Optical systems
• Interplanetary spacecraft
• Full system-level models of satellites
• Missile systems
• Thermal characteristics of chemical processing plants
• Chemical vapor deposition equipment
• Automobile and tractor components
• Air conditioning systems in commercial aircraft
• PC board layout
• Electronic packaging
• Semiconductor devices
• Aerodynamic heating
• Nuclear reactors