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商品編號：CID0280 碟片數量：1片 銷售價格：80 瀏覽次數：10150 
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商品描述
FE-DESIGN TOSCA V4.51 MULTIOS "有限元素結構最佳化" 英文"多平台"版
軟體簡介:
FE-DESIGN TOSCA V4.51 MULTIOS "有限元素結構最佳化" 英文"多平台"版
TOSCA 用在有限元件模型的非參數結構優化，穩定快速的算法，
並且支持多種用戶界面。適用多種操作系統
TOSCA is a modular system for non-parametric structural optimization.
Topology and shape optimization of FE models with an arbitrary number of
load cases and boundary conditions can be performed with TOSCA. A
parameterization of the model is not needed, which reduces the modeling
effort and allows greater flexibility in the optimized structure. The
optimization algorithms are based upon mechanical optimality criteria, which
makes the optimization fast and robust.
Structural optimization with TOSCA is an iterative process. The structural
response of the component is calculated in each iteration with an external FE
solver. The high quality of the results is guaranteed by using approved and
accepted industry standard solvers. Further benefits for the user are that he
can work with his favorite solver in his favorite pre- and postprocessing
environment and that he does not need additional training for a new solver.
Already existing FE models can be used directly in the optimization.
A closed development process can be achieved by the interaction of the
components of TOSCA from the first concept to the optimized geometry in
the CAD system.
軟體簡介:
FE-DESIGN TOSCA V4.51 MULTIOS "有限元素結構最佳化" 英文"多平台"版
TOSCA 用在有限元件模型的非參數結構優化，穩定快速的算法，
並且支持多種用戶界面。適用多種操作系統
TOSCA is a modular system for non-parametric structural optimization.
Topology and shape optimization of FE models with an arbitrary number of
load cases and boundary conditions can be performed with TOSCA. A
parameterization of the model is not needed, which reduces the modeling
effort and allows greater flexibility in the optimized structure. The
optimization algorithms are based upon mechanical optimality criteria, which
makes the optimization fast and robust.
Structural optimization with TOSCA is an iterative process. The structural
response of the component is calculated in each iteration with an external FE
solver. The high quality of the results is guaranteed by using approved and
accepted industry standard solvers. Further benefits for the user are that he
can work with his favorite solver in his favorite pre- and postprocessing
environment and that he does not need additional training for a new solver.
Already existing FE models can be used directly in the optimization.
A closed development process can be achieved by the interaction of the
components of TOSCA from the first concept to the optimized geometry in
the CAD system.