DAG Technologies Pvt Ltd

Kuala Lumpur, Malaysia

LMS Imagine.Lab System Synthesis enables you to synthesize complex systems and create product architectures based on performance requirements.

The range of capabilities in the base module includes linear and statics, normal modes, buckling, basic nonlinear and heat transfer. In addition NX Nastran for Femap includes additional options for dynamics that includes transientdynamic, frequencyharmonic response, response spectrum, random response DDAM (Dynamic Design Analysis Method) as well as advanced nonlinear analysis, aeroelasticity, superelements, optimization, rotor dynamics and DMAP (Direct Matrix Abstraction Program). The product configuration provides a wealth of functionality in the base module as well as allowing for great flexibility and scalability extending to the most advanced types of analysis that are able to handle the toughest engineering problems.

The Femap Thermal Solver adds state-of-the-art thermal analysis solutions to the Femap environment and provides fast and accurate solutions to complex thermal engineering problems. Using finite-element mesh, finite-volume based numerical techniques, the Femap Thermal Solver makes it easy to model nonlinear and transient heat transfer processes including conduction, radiation as well as phase change. Leading-edge solver technology provides solid reliability and superior solution speed for even the most challenging problems. With Femap, accurate thermal analysis can be performed quickly and effectively, delivering the engineering insight and turnaround speed needed to ensure success within today's rapid development cycles.

The Femap Flow Solver adds state-of-the-art computational fluid dynamics (CFD) analysis solutions tothe Femap environment and provides fast, efficient and accurate solutions to complex CFD problems. A sophisticated algebraic multi-grid solver provides the backbone to a complete CFD capability that is able to support the simulation of both laminar and turbulent fluid flow, low speed and high speed compressible flow, forced flow, natural convection and mixed flows, all with multiple inlets, outlets and internal flow boundary conditions. This memory efficient capability ensures that solutions are solved quickly and easily.