LMS, the leading partner in test and mechatronic simulation in the automotive, aerospace and other advanced manufacturing industries, helps customers get better products to market faster.
LMS, the leading partner in test and mechatronic simulation in the automotive, aerospace and other advanced manufacturing industries, helps customers get better products to market faster. With a unique combination of mechatronic simulation software, testing systems and engineering services, LMS tunes into mission critical engineering attributes, ranging from system dynamics, structural integrity and sound quality to durability, safety and power consumption.More
Fracture mechanics is used to study the integrity of structures including cracks. SAMCEF offers different modeling techniques and numerical methods, which are used to compute the energy release rates and the associated stress intensity factors. With these capabilities, SAMCEF helps the user to determine whether or not cracks are critical.
SAMCEF for composites can be used to solve the classical stiffness and strength problems of composite structures. Moreover, advanced capabilities allow to simulate the progressive damage occurring at the ply level and at the interfaces of layered materials (delamination).
SAMCEF Ablation is a charring material, thermal-response code, capable of dealing with 3D/2D and axisymmetric models. The charring can be modelled using Arrhénius type laws of varying levels of complexity. Ablation can be taken into account as an imposed boundary condition, while at the same time mesh deformation algorithms are implemented to account for...
With SAMCEF Thermal, simple and complex thermal models can be created. Conduction, convection and radiation can all be taken into account. Temperature distributions on your structure are easily computed and can if needed be used as loads for a further mechanical analysis.
SAMCEF Non-Linear Motion allows to model and to solve kinematic and dynamic behavior of flexible articulated mechanisms (2D or 3D models). SAMCEF Non-Linear Motion is based on a Finite Element Formalism.
SAMCEF Buckling Analysis computes the buckling loads and the corresponding modes of a structure subjected to a combination of external loads. A stability analysis informs you on the type of buckling (local or global) and can evaluate the sensitivity of buckling loads to initial imperfections.
SAMCEF Random Vibration is dedicated to the computation of dynamic response to stationary random loading or distributed loads with spatial coherence. (Seismic events, launcher take-off...). Analysis is based on a statistical approach and the Power Spectral Density technique.
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