Reference Projects

Here you will find a selection of reference projects.

Automation of the Strength Analysis of Rims

Industry of customer: Automotive

Location of customer: Nordrhein-Westfalen

Period of time / length of contract: Mai 2008

Content of the job:

  • Development of methods for FEM strength analysis of rims with the NX Nastran Solution 101.
  • Formalization of methodology and development of an user friendly Wizard.
  • Training of one designer for the handling of the Wizard.

Development of a Magneto-Hydraulic Simulation Model

Client's industry: International electrical company

Location of the client: Germany, Baden-Württemberg

Period / duration of the contract: 2019

Content of the order:

  • Development of a physical formulation for the calculation of magnetic forces on certain molecules of gas mixtures. Implementation of the formulation in NX Magneticss
  • Development of an interface between the Simcenter Solvers Magnetics and Flow to exchange these forces.
  • Import of the magnetic forces into the momentum equation of the CFD solver.
  • Development of a CAD / FEM / CFD model for validation, demonstration and application of the new technology.
  • Workshop and further user support.

Dynamic simulation of an Inverter

Industry of customer: Electrical Industry
Location of customer: Bayern, Germany
Period of time / length of contract: 2011

Content of the job:

  • preparation of CAD geometry
  • Assembly-FEM
  • dynamic simulation of the inverter, transient excitation, frequency excitation
  • calculation of accelerations and forces

Kinematics Simulation and Strength Analysis of a Transverse Sliding Mechanism for Parcel Conveying

Industry of customer: Materials Handling

Location of customer: Bayern

Publication availabler: Yes

Content of the job:

  • Creation of a kinematic model of a belt-driven sliding mechanism for oost conveyor technology.
  • Development of a method for the drive of the belt.
  • Calculation of reaction forces on several moving components of the cross pusher mechanism.
  • Quasi static FEM simulation of moving parts with UG Scenario for Structures.
  • Comparison with measurements.
  • Optimization of the geometry regarding the stresses.

Automation of Buckling Analysis for PET-bottles

Industry of customer: Mechanical Engineering

Location of customer: Bavaria

Period of time / length of contract: June-August 2008

Content of the job:

  • Development of methods for FEM buckling analysis of PET bottles with NX Nastran Advanced Simulation Nonlinear Solver (Solution 601).
  • Formalization of methodology and development of an user friendly Wizard with the help of NX Process Studio.
  • Training of designers for the handling of the Wizard. 

Training NX Thermal for Injection Moulding Tool

Industry of customer: Plant Engineering

Location of customer: Austria

Period of time / length of contract: August 2011

Content of the job:

  • Training of the software moduls NX Thermal and NX Advanced Thermal.
  • Development of methods for simulate the transient thermal behavior of a injection moulding tool.

Development of Thermal Sensor Models

Client's industry: International electrical company

Seat of the client: Brandenburg

Period / duration of the contract: 2019

Content of the order:

  • Development of a functionality for the control of transient thermal simulations with current-carrying conductors.
  • Programming with the API of the Simcenter Thermal / Flow / ESC solver.
  • Extension for multi-process simulations.
  • Building a demo model.
  • User training and support.

Simulation of the temperature field and the resulting thermal expansion of an electrical device

Industry of customer: Electrical Industry

Location of customer: Bayern, Germany

Period of time / length of contract: 2009

Content of the job:

  • preparation of CAD geometry, creation of the fluid geometry
  • thermal simulation of electrical device (thermal loads, forced convection (fan)) 
  • calculation of temperature field
  • structural analysis of the electrical device, temperature field as preload
  • calculation of thermal expansion of electrical device and resulting forces between selected components

Thermal Simulation of a Power Circuit Breaker

Industry of customer: Electrical Industry

Location of customer: Bayern, Germany

Period of time / length of contract: 2011

Content of the job:

  • preparation of CAD geometry, creation of the fluid geometry
  • thermal simulation of the power circuit breaker (joule heating, natural convection, radiation)
  • Calculation of the temperature field

Introduction of FEM for designers at Adam Opel AG

Industry of customer: Automotive

Location of customer: Hessen, Rüsselsheim

Period of time / length of contract: 2002-2003

Content of the job:

  • Training and support for designers with Unigraphics V16/18 Scenario for Structures, Scenario for Motion.
  • Emphasis of simulation: Rohkarosserie, doors and flaps, airbag systems, vehicle integration of fuel cell, electric, electronic, thermal, powertrain, advance development, interior, chassis construction exhaust systems, chassis construction brakes.

Update-Training for NX Flow

Industry of customer: Mechanical Engineering

Location of customer: Baden-Wuertemberg

Period of time / length of contract: June 2011

Content of the job:

  • Training for the news of the module NX Flow for the version NX7.5.
  • Calculation of volume flows at the inlet of a gas engine.

Thermal simulation of an industrial computer

Industry of customer: Electrical Industry
Location of customer: Bayern, Germany
Period of time / length of contract: 2009

Content of the job:

  • preparation of CAD geometry, creation of fluid geometry
  • thermal simulation (thermal loads, natural convection, radiation)
  • calculation of the temperature distribution

Simulation of a Sphere Impact Test

Industry of customer: Electrical Industry
Location of customer: Bayern, Germany
Period of time / length of contract: 2010

Content of the job:

  • preparation of CAD geometry
  • meshing
  • nonlinear dynamics (implicit) calculation (elastoplastic material behavior, contact, initial velocity)
  • calculation of displacements, stresses and breakage
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