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Igor Zeidis

Hochschullehrer

Name	Igor Zeidis
Place	Ilmenau (Wirkungsort) Deutschland
Gender	männlich
Academic degree	Dr. rer. nat.
Profession	Hochschullehrer (characteristic profession)
Variant	Igor M. Zeidis I. Zejdis И. Зейдис
Related	Technische Universität Ilmenau. Fakultät für Maschinenbau
Record type	Person
GND-Identifier	1184422974
Record ID	1184422974
Involved in show all Actuators based on a controlled particle-matrix interaction in magnetic hybrid materials for applications in locomotion and manipulation systems Dynamics and motion control of a capsule robot with an opposing spring Dynamics of a four‐wheeled mobile robot with Mecanum wheels Dynamics of a four-wheeled mobile robot with Mecanum wheels Motion by variation of the contact force on an inclined plane Approaches to the application of magnetic fluids in electromechanical drive systems Dynamic analysis of a spherical mobile robot based on a tensegrity structure with two curved compressed members Analysis of the vibrissa parametric resonance causing a signal amplification during whisking behaviour The dynamical behavior of a spherical pendulum in a ferrofluid volume influenced by a magnetic force A description of the dynamics of a four-wheel Mecanum mobile system as a basis for a platform concept for special purpose vehicles for disabled persons An approach to magnetically actuated miniaturized compliant locomotion systems Dynamical behavior of window regulator systems Positioning with nanometre precision requires a high tech nanopositioning and nanomeasuring machine and an optimal machine setup Spy bristle bot - a vibration-driven robot for the inspection of pipelines The undulatory motion of a chain of particles in a resistive medium in the case of a smooth excitation mode The undulatory motion of a chain of particles in a resistive medium Modeling and dynamical simulation of vibration-driven robots Vibration driven robots Mechanics of terrestrial locomotion : with a focus on non-pedal motion systems Mechanics of Terrestrial Locomotion : With a Focus on Non-pedal Motion Systems Locomotion based on the control of the shape of magnetic fluid surfaces and of magnetizable media Straight chains of interconnected mass points under the action of non‐symmetric dry friction An approach to the modelling of worm‐like motion systems with finite degree of freedom – First steps in technical realization Stability of Mechanical Systems with Symmetric Position/Force Control and Time Delay

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Katalog der Deutschen Nationalbibliothek

Igor Zeidis

Actuators based on a controlled particle-matrix interaction in magnetic hybrid materials for applications in locomotion and manipulation systems

Dynamics and motion control of a capsule robot with an opposing spring

Dynamics of a four‐wheeled mobile robot with Mecanum wheels

Dynamics of a four-wheeled mobile robot with Mecanum wheels

Motion by variation of the contact force on an inclined plane

Approaches to the application of magnetic fluids in electromechanical drive systems

Dynamic analysis of a spherical mobile robot based on a tensegrity structure with two curved compressed members

Analysis of the vibrissa parametric resonance causing a signal amplification during whisking behaviour

The dynamical behavior of a spherical pendulum in a ferrofluid volume influenced by a magnetic force

A description of the dynamics of a four-wheel Mecanum mobile system as a basis for a platform concept for special purpose vehicles for disabled persons

An approach to magnetically actuated miniaturized compliant locomotion systems

Dynamical behavior of window regulator systems

Positioning with nanometre precision requires a high tech nanopositioning and nanomeasuring machine and an optimal machine setup

Spy bristle bot - a vibration-driven robot for the inspection of pipelines

The undulatory motion of a chain of particles in a resistive medium in the case of a smooth excitation mode

The undulatory motion of a chain of particles in a resistive medium

Modeling and dynamical simulation of vibration-driven robots

Vibration driven robots

Mechanics of terrestrial locomotion : with a focus on non-pedal motion systems

Mechanics of Terrestrial Locomotion : With a Focus on Non-pedal Motion Systems

Locomotion based on the control of the shape of magnetic fluid surfaces and of magnetizable media

Straight chains of interconnected mass points under the action of non‐symmetric dry friction

An approach to the modelling of worm‐like motion systems with finite degree of freedom – First steps in technical realization

Stability of Mechanical Systems with Symmetric Position/Force Control and Time Delay