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Mehrkörperdynamik elasitscher Bauteile mit Fügestellen
Florian Pichler
Research Center Wels
Research output
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Types of Theses
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Doctoral Thesis
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Keyphrases
Accurate Computations
33%
Accurate Results
33%
Approximation Accuracy
33%
Complex Mechanical Structure
33%
Component Mode Synthesis
33%
Computational Efficiency
33%
Contact Force
33%
Contact Model
33%
Coulomb
33%
Degrees of Freedom
33%
Dry Friction
33%
Dynamic Behavior
33%
Efficient Formulation
33%
Equations of Motion
33%
Flexible Body
66%
Flexible multibody Dynamics
33%
Flexible multibody Systems
33%
Flexible Structure
33%
Friction Force
33%
Friction Joint
33%
Friction Model
66%
Global Dynamics
33%
Joint Deformation
33%
Joint Force
100%
Joint Properties
33%
Joint Type
33%
Jointed Structures
33%
Local Deformation
33%
Local Dynamics
33%
Model Order Reduction
33%
Multibody Simulation
66%
Multibody Systems
33%
Nodal Degree
33%
Nonlinear Contact Force
33%
Nonlinear Friction Force
33%
Nonlinear Joint
33%
Numerical Efficiency
33%
Penalty Model
33%
Problem-based
33%
Realistic Representation
33%
Reduction Method
33%
Screw Joint
33%
Stiffness
33%
Substructure
33%
System Jacobian
33%
Three-parameter
33%
Vector Derivatives
66%
Via Model
33%
Weighted Proper Orthogonal Decomposition
33%
Engineering
Automotive Engineering
7%
Contact Force
14%
Contact Model
7%
Coulomb Type
7%
Degree of Freedom
7%
Dry Friction
7%
Dynamic Behavior
7%
Finite Element Analysis
14%
Flexible Structures
7%
Friction Force
14%
Friction Model
14%
Jacobian matrix
7%
Joint Force
21%
Joints (Structural Components)
100%
Mechanical Structure
7%
Multibody Dynamics
14%
Multibody System
14%
Numerical Efficiency
7%
Proper Orthogonal Decomposition
7%
Rigidity
7%
Material Science
Dry Friction
50%
Multibody Dynamics
100%
Proper Orthogonal Decomposition
50%