Thorsten Beuth
Thorsten Beuth
Valeo Schalter und Sensoren GmbH
Bestätigte E-Mail-Adresse bei thorsten-beuth.de - Startseite
TitelZitiert vonJahr
Nanotwinned silver nanowires: structure and mechanical properties
A Kobler, T Beuth, T Klöffel, R Prang, M Moosmann, T Scherer, S Walheim, ...
Acta Materialia 92, 299-308, 2015
202015
Prediction of temperature and damage in an irradiated human eye—Utilization of a detailed computer model which includes a vectorial blood stream in the choroid
N Heussner, L Holl, T Nowak, T Beuth, MS Spitzer, W Stork
Computers in biology and medicine 51, 35-43, 2014
142014
Optical system design and experimental evaluation of a coherent Doppler wind Lidar system for the predictive control of wind turbine
L Shinohara, JA Tauscher, T Beuth, N Heussner, M Fox, HU Babu, ...
Optical Review 21 (5), 698-704, 2014
52014
A concept for wearable long-term urinary bladder monitoring with ultrasound. Feasibility study
L Niestoruk, T Beuth, K Petry, M Balzer, W Stork, K Mueller-Glaser
2012 5th European DSP Education and Research Conference (EDERC), 134-138, 2012
52012
An introductory microcontroller programming laboratory course for first-year students
T Nürnberg, T Beuth, J Becker, F Puente León
International Journal of Electrical Engineering Education 53 (2), 99-113, 2016
42016
Revision of an Optical Engineering Lecture Based on Students' Evaluation of University Teaching
T Beuth, S Danilova, HU Babu, S Bogatscher, L Shinohara, N Heussner
International Journal of Information and Education Technology 5 (12), 890, 2015
42015
The Road to" ITIV Labs"-An Integrated Concept for Project-Oriented Systems Engineering Education
T Beuth, T Gädeke, C Tradowsky, J Becker, A Klimm, O Sander
International Journal of Information and Education Technology 5 (4), 250, 2015
32015
Porter for the ITIV Labs–objective-related engineering education in an undergraduate laboratory
C Tradowsky, A Lauber, S Werner, T Beuth, KD Müller-Glaser, E Sax
Journal of Teaching and Education 4, 45-58, 2015
32015
Fast scan-fail device for class 1 operation of scanning micromirrors at a high laser power in the near-infrared region
S Bogatscher, C Giesel, T Beuth, H Umesh-Babu, L Shinohara, ...
Infrared Sensors, Devices, and Applications II 8512, 85120E, 2012
32012
The hazard of accommodation and scanning LIDARs
T Beuth, D Thiel, MG Erfurth
Optical Instrument Science, Technology, and Applications 10695, 1069506, 2018
22018
Influence of laser coherence on reference-matched laser Doppler velocimetry
T Beuth, M Fox, W Stork
Applied optics 55 (8), 2104-2108, 2016
22016
Parameterization of a geometrical reaction time model for two beam nacelle lidars
T Beuth, M Fox, W Stork
Lidar Remote Sensing for Environmental Monitoring XV 9612, 96120J, 2015
22015
Horizontal geometrical reaction time model for two-beam nacelle LiDARs
T Beuth, M Fox, W Stork
Modeling Aspects in Optical Metrology V 9526, 95260G, 2015
22015
Signal simulation method for homodyne multiple target interferometers using short coherence length laser sources
M Fox, T Beuth, A Streck, W Stork
Modeling Aspects in Optical Metrology V 9526, 952609, 2015
22015
Design and evaluation of a short coherence length laser-based Doppler wind Lidar system for wind energy applications
L Shinohara, J Asche-Tauscher, M Fox, T Beuth, W Stork
Optical Sensing and Detection III 9141, 91411M, 2014
22014
Calculation of Backscatter Coefficients for Lidar systems by Mie-Scattering Theory and Atmospheric Properties
T Beuth, L Shinohara, M Fox, W Stork
Proc. DGaO 115, P33, 2014
22014
A simulation environment for assisting system design of coherent laser doppler wind sensor for active wind turbine pitch control
L Shinohara, TAP Tran, T Beuth, HU Babu, N Heussner, S Bogatscher, ...
Modeling Aspects in Optical Metrology IV 8789, 87890V, 2013
22013
System simulation method for fiber-based homodyne multiple target interferometers using short coherence length laser sources
M Fox, T Beuth, A Streck, W Stork
Optical Modeling and Performance Predictions VII 9577, 95770F, 2015
12015
Spatial selectivity and sensitivity measurement of optoelectronic devices by scanning microscopy
U Zywietz, S Çabuk, M Hossain, T Beuth
Optical Sensors 2019 11028, 110282I, 2019
2019
Verfahren zum Überwachen eines Umgebungsbereiches eines Kraftfahrzeugs, Sensorsteuergerät, Fahrerassistenzsystem sowie Kraftfahrzeug
T Beuth
DE Patent DE102017118156A1, 2017
2017
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