New features :*) Free torsion and angular shift computation*) Material identification features*) Flexibility between pipe and separator branch*) PR0152015: Show Reinforcements in Replay file by default*) PR0147503: Set mainbody as current feature after CAD generation*) Optimization features panel changed similarly as Material identification*) Automatic on demand generation of a pipe features from a given optimization iteration under contextual menu command*) New plot for acceleration in Harmonic Response analysis for punctual reinforcements/supports and true connectors.*) Handle grooving reinforcements with pipe_inner_diameter < reinforcement_outer_diameter < pipe_outer_diameter*) Add descriptive figures in pipe/connector/reinforcement/support/spiral/separator/collector panels*) Add move to top/bottom in history panel*) Add post-treatment of complete VonMises after Harmonic Response for 1D beams*) Bowden Cable : Replace Pulling force by pulling disp/pulling stiffness/friction*) Handle Prolog/Epilog to...
SAMCEF Field is a pre- and postprocessor for the preparation of data for the calculations and display the results of calculations for the entire line of software products by SAMTECH and other finite element analysis. SAMCEF Field provides a geometric models by means of 3D-modeling tools, as well as the import of models of CAD-systems, the creation of simulation models, run on their calculation, visualization and processing of the results. SAMCEF Field support integration with winLIFE for fatigue analysis and design optimization by criteria of longevitySamcef Field proposes the creation or importing of CAD-models, automatic mesh generation, the ability to visualize the results of calculations, including imported from other packages. Siemens LMS Samtech Samcef Field 16.1 (X64) This module can...
LMS Samcef Solver SuiteFEM solver solution suite for basic linear structures to advanced, flexible nonlinear mechanisms and thermal applications The LMS Samtech Samcef Solver Suite is based on the finite element method (FEM) and covers a wide range of mechanical, thermal and thermo-mechanical applications – from basic to very advanced – primarily in the aerospace, defense and automotive industries. You can apply the mechanical FEM solver solutions to linear applications such as linear static computations, modal and buckling analyses, linear dynamic simulations, super element generation, random excitations and shock responses. You can also perform nonlinear transient simulations within this family of FEM solvers. The FEM solvers can account for the material nonlinearities, geometric nonlinearities, contact conditions, large rotations and kinematic...
The versatility of LMS Samcef Wind Turbines allows you to analyze the behavior of any wind turbine concept. You can build simulation models using the predefined parametric models and/or integrate new components and subassemblies. Based on the LMS Samtech Caesam platform, LMS Samcef Wind Turbines facilitates a coherent engineering process – from concepts to component details – to produce a high fidelity model that you can exercise extensively for design and certification purposes.Early Design MaturityWind Turbines Early Design Maturity LMS Samcef Wind Turbines provides fully coupled simulations of the mechatronic wind turbine system. The wind turbine model contains: Aerodynamic, hydrodynamic and hydrostatic loads Finite element components Multibody elements Controller The implementation of LMS Samcef Wind Turbines allows a change of...