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Carsten Behn (1974-)

Mathematiker

Name	Carsten Behn
Time	1974- (Date of birth and death)
Place	Leer (Ostfriesland) (Geburtsort) Ilmenau (Wirkungsort) Merseburg (Wirkungsort) Deutschland
Gender	männlich
Academic degree	Prof. Dr.-Ing.
Profession	Mathematiker (characteristic profession) Hochschullehrer
Related	Technische Hochschule Merseburg Technische Universität Ilmenau. Fakultät für Maschinenbau (-2018)
Further information	Diss. und Habilitation Technische Universität Ilmenau, Fachgebiet Technische Mechanik
Record type	Person
GND-Identifier	130131091
Record ID	130131091
Involved in show all Soft touch between a highly flexible bio‐inspired tactile sensor and 3D objects A vibrissa-inspired highly flexible tactile sensor: scanning 3D object surfaces providing tactile images Soft touch between a highly flexible bio-inspired tactile sensor and 3D objects Bio-inspired Tactile Sensing : Analysis of the inherent characteristics of a vibrissa-like tactile sensor Effects of multi-point contacts during object contour scanning using a biologically-inspired tactile sensor An artificial vibrissa-like sensor for detection of flows Mathematical models of bio‐inspired rotatable sensors with elasticities for object scanning Influence of Vibrissa Morphology on Artificial Tactile Sensors for Surface Texture Detection Object shape recognition and reconstruction using pivoted tactile sensors Continuum models for biologically inspired tactile sensors : theory, numerics and experiments Control of compliant robotic systems with muscle-like actuators and saturated feedback Investigations on the mechanical relevance of prominent vibrissa features for surface texture detection Multi-segmented artificial locomotion systems with adaptively controlled gait transitions Object contour sensing using artificial rotatable vibrissae Vibrissa-based design of tapered tactile sensors for object sensing Entwurf und Validierung eines biologisch inspirierten mechatronischen Antriebssystems für aquatische Roboter Contribution to snake-like locomotion: mechanical and mathematical models Fuzzy-adapted lane assist of vehicles with uncertainties Quasi-static object scanning using technical vibrissae Technical, non-visual characterization of substrate contact using carpal vibrissae as a biological model: an overview Transversal vibrations of beams in context of vibrassae consisting of foundations, discrete supports and various sections Worm-like locomotion systems : an intermediate theoretical approach Worm-Like Locomotion Systems : An intermediate theoretical Approach Analytical investigations and adaptive control of vibrissae-like sensor models with finite DoF Transversal vibrations of beams with boundary damping in the context of animal vibrissae Various adaptive control strategies applied to a bio-inspired receptor model Worm-like locomotion systems: development of drives and selective anisotropic friction structures Simulations and experiments of the balloon dilatation of airway stenoses/Simulationen und Experimente zur Ballondilatation von Atemwegstenosen Mechanics of terrestrial locomotion : with a focus on non-pedal motion systems Mechanics of Terrestrial Locomotion : With a Focus on Non-pedal Motion Systems Simulations and experiments of the balloon dilatation of airway stenoses : Simulationen und Experimente zur Ballondilatation von Atemwegstenosen Ein Beitrag zur adaptiven Regelung technischer Systeme nach biologischem Vorbild

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Carsten Behn (1974-)

Soft touch between a highly flexible bio‐inspired tactile sensor and 3D objects

A vibrissa-inspired highly flexible tactile sensor: scanning 3D object surfaces providing tactile images

Soft touch between a highly flexible bio-inspired tactile sensor and 3D objects

Bio-inspired Tactile Sensing : Analysis of the inherent characteristics of a vibrissa-like tactile sensor

Effects of multi-point contacts during object contour scanning using a biologically-inspired tactile sensor

An artificial vibrissa-like sensor for detection of flows

Mathematical models of bio‐inspired rotatable sensors with elasticities for object scanning

Influence of Vibrissa Morphology on Artificial Tactile Sensors for Surface Texture Detection

Object shape recognition and reconstruction using pivoted tactile sensors

Continuum models for biologically inspired tactile sensors : theory, numerics and experiments

Control of compliant robotic systems with muscle-like actuators and saturated feedback

Investigations on the mechanical relevance of prominent vibrissa features for surface texture detection

Multi-segmented artificial locomotion systems with adaptively controlled gait transitions

Object contour sensing using artificial rotatable vibrissae

Vibrissa-based design of tapered tactile sensors for object sensing

Entwurf und Validierung eines biologisch inspirierten mechatronischen Antriebssystems für aquatische Roboter

Contribution to snake-like locomotion: mechanical and mathematical models

Fuzzy-adapted lane assist of vehicles with uncertainties

Quasi-static object scanning using technical vibrissae

Technical, non-visual characterization of substrate contact using carpal vibrissae as a biological model: an overview

Transversal vibrations of beams in context of vibrassae consisting of foundations, discrete supports and various sections

Worm-like locomotion systems : an intermediate theoretical approach

Worm-Like Locomotion Systems : An intermediate theoretical Approach

Analytical investigations and adaptive control of vibrissae-like sensor models with finite DoF

Transversal vibrations of beams with boundary damping in the context of animal vibrissae

Various adaptive control strategies applied to a bio-inspired receptor model

Worm-like locomotion systems: development of drives and selective anisotropic friction structures

Simulations and experiments of the balloon dilatation of airway stenoses/Simulationen und Experimente zur Ballondilatation von Atemwegstenosen

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

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

Simulations and experiments of the balloon dilatation of airway stenoses : Simulationen und Experimente zur Ballondilatation von Atemwegstenosen

Ein Beitrag zur adaptiven Regelung technischer Systeme nach biologischem Vorbild