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An Entity of Type : dbkwik:resource/chfkRgs8VfZWc-ugH41fbg==, within Data Space : 134.155.108.49:8890 associated with source dataset(s)

SIMPACK is a general 3D Multi-Body Simulation Software which is used to aid engineers in the analysis and design of mechanical and mechatronic systems. SIMPACK is used for non-linear transient analyses in the time domain and linear analyses in the frequency domain.

AttributesValues
rdf:type
rdfs:label
  • SIMPACK
rdfs:comment
  • SIMPACK is a general 3D Multi-Body Simulation Software which is used to aid engineers in the analysis and design of mechanical and mechatronic systems. SIMPACK is used for non-linear transient analyses in the time domain and linear analyses in the frequency domain.
dcterms:subject
foaf:homepage
dbkwik:speedydelet...iPageUsesTemplate
Branche
Help
  • off
Page
  • SIMPACK
Logo
  • 200(xsd:integer)
Name
  • SIMPACK AG
Leitung
  • *Dr.-Ing. Alex Eichberger * Dr.-Ing. Lutz Mauer
substed
  • yes
Day
  • 31(xsd:integer)
Homepage
Month
  • May
Timestamp
  • 20120531184418(xsd:double)
Year
  • 2012(xsd:integer)
Sitz
Produkte
  • Simulation Software SIMPACK
abstract
  • SIMPACK is a general 3D Multi-Body Simulation Software which is used to aid engineers in the analysis and design of mechanical and mechatronic systems. SIMPACK is used for non-linear transient analyses in the time domain and linear analyses in the frequency domain. SIMPACK AG, a spin-off of the DLR (the German Aerospace Center), was founded in 1993 and now has representatives and partners all over the world. SIMPACK AG is solely responsible for the development of SIMPACK, a leading multi-body simulation software. Apart from the distribution of SIMPACK, SIMPACK AG also offers consulting and engineering services as well as SIMPACK training courses. SIMPACK is primarily used within the automotive , railway, engine, wind turbine, power transmission and aerospace industries. Within all industries SIMPACK is used for single component design and complete system analyses. Besides taking internal dynamics and control into account, SIMPACK can also consider any external influences on the system, e.g. ground disturbances and aerodynamic loading.
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