Examples of using Topology optimization in English and their translations into German
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FE calculations and CAD topology optimization.
Topology optimization, evolutionary structural optimization. .
Integration of calculation data e.g. from topology optimization.
Our solution: Topology optimization, shape optimization. .
The weight reduction of the planet carrier was achieved by topology optimization with TOSCA Structure.
Topology optimization: Optimization of rib structure and wall thickness.
A classic example is the topology optimization of a solid body.
Topology optimization, bionics and lightweight construction- thanks to selective laser melting.
APWorks will assist Toolcraft in the topology optimization of design data.
Regarding to topology optimization, storage conditions and load application areas in particular are to be mentioned here.
With the advancement from TOSCA to the topology optimization of flow structures(TOSCA. fluid), i. e.
Topology optimization is applied for obtaining a new optimized structural design having a lower weight and a higher stiffness.
In particular, use of this software facilitates the use of topology optimization during the design process.
Only by implementing topology optimization in the development process, one can find structures that make lightweight design possible in the first place.
Additionally, Knorr-Bremse has started to access OptiStruct for topology optimization during the development process.
With topology optimization, filigree structures can be generated from primitive bodies, which efficiently transfer applications of load via normal stresses.
Faster development of better products by integrating the topology optimization capabilities of TOSCA Structure into the ANSYS Workbench environment. More….
Our targets are therefore further development of established methods and development of new approaches forform finding as well as shape and topology optimization for adaptive structures.
In simulations, we have expertise between topology optimization, construction simulation, powder bed simulation, and process simulation.
Based on the qualification of powders, materials and components aredeveloped with selective electron beam melting and 3D metal printing taking into account constructional aspects and topology optimization.
We are happy that we can offer Altairâ€TMs customers a more complete solution when they are working with topology optimization, and look forward to welcoming them as our own customers.
The user has the choice between the general parameter optimization by material properties or CAD geometry, the optimization of sheet metal thickness andfiber adjustments in laminates, the topology optimization.
The senior consultant points out thisadded value when considering the heat generation during 3D printing and topology optimization, which can save up to 50 percent and more material and weight.
Topology optimization and additive manufacturing together form the perfect technology symbiosis, enabling design engineers to exploit the advantages of 3D printing while exploring new paths in product development.
Subdivision methods are particularly suited for organic forms, such as those arising from topology optimization and ideally generated via 3D printing.
Various examples illustrated that beside topology optimization, bead and shape optimization play also an important role in the process, regardless of whether high-strength steel, magnesium or aluminium are chosen for the lightweight design.
For example, can be used to simulate and adapt the Cobot's connectivity, to scan the environment using sensors, and to control and regulate drives and their efficiency System simulationis also deployed in load calculations for topology optimization, enabling the creation of lightweight structures using organic design.
For more information on simulation solutions for Additive Manufacturing, from topology optimization to processes simulation, read our article" Additive Manufacturing Revolutionizing How Products Are Made", including an interview with our customer Honeywell.
Using the know-how gained from over 225 years of experience in stainless steel production and with the aid of modern technologies such as 3D CAD,solidification and mold filling simulations, topology optimization, FEM simulations, 3D printing, material simulation, and rapid prototyping, we are able to realize tailor-made solutions.
In order for the 3D print to be successful via CATIA V5,CENIT provides support to the engineer in the preparation of data from topology optimization. During topology optimization, in a computer-aided process, the material for the component is reduced to the amount that is absolutely necessary to meet the requirements.