Posted in Reference Projects by Andreas Rauschnabel
Industry of customer: Propulsion technology
Location of customer: Bayern, Germany
Period of time / length of contract: January, July & October 2011
Content of the job:
Multibody simulation of the assembly process (NX-Motion) of a gear for wind power stations
- checking the system for assembly behavior and clearance durign the assembly processes
- analyzing the assemly position of the single gear components
Posted in Reference Projects by Andreas Rauschnabel
Customer: Internal project of Dr. Binde Ingenieure GmbH
Period of time / length of contract: November 2011
Content of the job:
- installation of „MAGNETICS for NX“ Version 2.0.1 under Teamcenter 8.3 and NX7.5
- handling of the CAE data structure and the belonging Items (CAE_Analysis, CAE_Model, CAE_Geometry)
- check for correct data relations (CAE_Target, CAE_Source, CAE_Defining)
- use of CAE Manager
- verification of pre and post processor functionality
- solving and input file transfer
- return of result file, automatic import in Teamcenter
- temporary data filing in the Teamcenter-Temp-Folder
- check for preview functionality
- calculation of some test models
Posted in Reference Projects by Andreas Rauschnabel
Customer: Internal project
Period of time / length of contract: May 2013
Content of the job:
- Development of the methodology for a comfortable use of anisotropic bearings
- Creation of an user-friendly and clear user interface
- Programming the functionality with the NX Open Interface
- Implementation of application and functionality tests
Posted in Reference Projects by Andreas Rauschnabel
Client: International electrical company
Seat of the client: Germany
Period / duration of the contract: 2020
Content of the order:
- Static structure simulation of an outdoor housing for switchgear
- Construction of a shell model of the system with welded connections, screws and rivets in Siemens NX / Simcenter
- Load from possible wind loads depending on the installation location
- Processing of the pressure distribution from given CFD simulations
- Assessment of the results with regard to the formation of gaps and deformation
- Development of improvement measures