Dynamics of Multibody Systems

Inhaltsverzeichnis

• Simulation of Multibody Systems Using the Vector-Network Model.
• On the Influence of Damping on the Stability of Certain Gyroscopic Systems.
• A Flexible Passive Space Array with Springs (II).
• Multibody System Applications and Simulations at the Jet Propulsion Laboratory.
• Some Recent Advances in Numerical Methods in Structural Dynamics.
• Nonlinear Behaviour of Multibody Systems under Impulsive Parametric Excitation.
• The Self-Synchronization of Mechanical Vibrators of the Resonance Type Vibrating Machinery with Multidegree of Freedom.
• On Mechanics of Gyroscopes in Gimbal Suspension.
• Nonholonomic Multibody Systems Containing Gyrostats.
• Simulation of the Longitudinal Dynamics of a Train.
• The Dynamics of a Class of Electrically-Actuated and Cable-Driven Manipulators.
• New Methods in the Dynamics of Systems of Rigid Bodies.
• Dynamics of Nonideal Gyroscopic Systems.
• Multibody Systems Containing Active Elements: Generation of Linearized System Equations, System Analysis and Order-Reduction.
• Identification of Lumped Element Models from Response Measurements of Vibrating Structures.
• The Mathematical Description of Mechanical Systems from the View of Control Engineering with Hybrid Coordinates as State Space Variables.
• Response by Normal Coordinates of a Structure Interacting with a Fluid.
• Bond Graphs for Flexible Multibody Systems.
• Unbalance-Caused Instabilities on Segmented Elastically Coupled Rotor Systems.
• Synthesis and Dynamic Characteristics of Large Structures with Rotating Substructures.
• Structural Dynamics and Configuration Control of Spinning and Gravity Oriented Multibody Systems.
• On the Stability of Interactive Multibody Systems with an Application to Maglev-Vehicle-Guideway Control Systems.
• Constraint Stabilization for Rigid Bodies: An Extension of Baumgarte’s Method.
• Symbolic Computerized Derivation of Equations of Motion.
• Identification of a Rotor System.
• On Decentralized Control of Large-Scale Systems.
• Model Truncation Using Controllability, Observability Measures.
• The Stability of a Class of Multiaxle Railway Vehicles Possessing Perfect Steering.
• Nonlinear Equations of Motion for Arbitrary Systems of Interconnected Rigid Bodies.
• Comments of the members of the Scientific Committee given at the Closing Session.