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Metamodels in a Cyber-Physical System
Dynardo GmbH

Metamodels in a Cyber-Physical System

In order to determine the remaining lifetime of safety relays, simulation models of the whole system are combined with the real data of an operating elementary relay in a cyber-physical system. Phoenix Contact Electronics GmbH applies optiSLang for parameter identification by means of metamodels used as Functional Mockup Units (FMUs).

Parameter Identification for a Hyperelastic Material Model of an Elastomer Rubber Boot
Dynardo GmbH

Parameter Identification for a Hyperelastic Material Model of an Elastomer Rubber Boot

In order to develop a reliable model for a rubber boot of a constant velocity (CV) joint, optiSLang was used for parameter identifi cation and direct optimization to fi t the simulated stress strain curves to the experimental data.

Robust Optimization of Continuously Reinforced Composites in the Motorcycle Industry
Dynardo GmbH

Robust Optimization of Continuously Reinforced Composites in the Motorcycle Industry

At KTM, Statistics on Structures is used for the consideration of scattering production and material parameters to
optimize the design phase of light-weight components used in the automotive and motorcycle industry.

Analysis of Low Cycle Fatigue Considering Geometric Manufacturing Tolerances
Dynardo GmbH

Analysis of Low Cycle Fatigue Considering Geometric Manufacturing Tolerances

SIEMENS AG applies ANSYS, Statistics on Structures and optiSLang for probabilistic analyses of geometric variations and their infl uence on the fatigue behavior of a gas turbine housing.

Automation, integration and coupling of UAVs calculation workflows using ANSYS ACT
CADFEM CIS, CJSC

Automation, integration and coupling of UAVs calculation workflows using ANSYS ACT

CADFEM CIS R&D team offers a variety of solutions for any automation and integration projects. Whether the project is small or complex, local or international, we are able to meet your needs.

Comments on the Testing and Management of Plastics Material Data
DatapointLabs, LLC

Comments on the Testing and Management of Plastics Material Data

Plastics appeared as design materials of choice about 30 years ago. Their multi-variable, non-linear nature was not well understood by engineers trained to work in a linear elastic world. We discuss challenges related to processes such as injection molding vs. blow-molding; filled plastics; and modeling for crash applications. We include findings related to volumetric yield and its relationship to failure. We describe material database technology that was created to store multi-variable data and the analytical tools created to help the CAE engineer understand and use plastics material data.

Creating Interactive Techniques and Automated Workplaces
CADFEM CIS, CJSC

Creating Interactive Techniques and Automated Workplaces

Using ANSYS EKM allows to create automated workplaces and interactive techniques on the basis of ANSYS software and other products. An interactive technique is a web-application which works with one or several parametric models. Such environment allows to customize the software interface according to user’s demands.

Simulating Processes in Combustion Chambers of Boilers
CADFEM CIS, CJSC

Simulating Processes in Combustion Chambers of Boilers

Simulating processes in combustion chambers is a critical point at the design stage, modernization, as well as in boiler unit operation. Computational simulation helps to estimate and improve boiler performance and fuel burn-up efficiency, lower polluting emissions, forecast slagging areas, etc. Using ANSYS Fluent software along with ANSYS ICEM CFD mesh generator and Design Modeler geometry tool helps to perform numerical analysis of a boiler with complex geometry, taking into account complex physical processes inside.

Optimal design of Nautilus-based dual-usage turbine
CADFEM CIS, CJSC

Optimal design of Nautilus-based dual-usage turbine

The original aerodynamic design of a non-cavitating marine turbine exhibited performance-degrading cavitation in the hub region at high rotation rate. Using a numerical optimization approach, the cavitation was fully eliminated by updating the local geometry of turbine helical blades. Computational outputs were obtained using a combination of ANSYS SpaceClaim, ANSYS CFX and Fluent, ANSYS Simplorer and ANSYS optiSLang software working in the ANSYS Workbench 'end-to-end' environment.

Big Data & Predictive Analytics
ITficient AG

Big Data & Predictive Analytics

We are specialised in Big Data and Predictive Analytics solutions for small and midsize companies. We offer Big Data Consulting, Services on Amazon Web Services and our analytics software “ITficient Analytics” for Big Data and predictive analytics.