Josef Mayr

发表

Laboratory practice energy efficient production

Nico Zimmermann, Pablo Hernández Becerro, Philip Blaser, 2018 .

Automated thermal main spindle & B-axis error compensation of 5-axis machine tools

Josef Mayr, Sascha Weikert, Michael Müller, 2016 .

Thermal compensation for 5-axis machine tools with physical model

Philip Blaser, Josef Mayr, Konrad Wegener, 2014 .

Beurteilung und Kompensation des Temperaturganges von Werkzeugmaschinen

Josef Mayr, Josef Mayr, 2009 .

Thermal characterization and modelling of a gantry-type machine tool linear axis

Pablo Hernández Becerro, Philip Blaser, Josef Mayr, 2019 .

Design improvement of the cutting fluid supply of a large 5-axis machine tool

Pablo Hernández Becerro, Philip Blaser, Josef Mayr, 2018 .

Design of a Measurement Setup and First Experiments on the Influence of CO2-cooling on the Thermal Displacements on a Machine Tool

Josef Mayr, Sascha Weikert, Konrad Wegener, 2016 .

Thermal issues in machine tools

Christian Brecher, Josef Mayr, Frank Härtig, 2012 .

Simulation and measurement of environmental influences on machines in frequency domain

Josef Mayr, Sascha Weikert, Daniel Spescha, 2015 .

Cutting Fluid Influence on Thermal Behavior of 5-axis Machine Tools

Josef Mayr, Sascha Weikert, Konrad Wegener, 2014 .

Model Based Prediction Approach for Internal Machine Tool Heat Sources on the Level of Subsystems

Josef Mayr, Konrad Wegener, Adam Gontarz, 2015 .

Comparing the thermo-machanical-behavior of machine tool frame designs using a FDM-FEA simulation approach

Josef Mayr, Sascha Weikert, Konrad Wegener, 2007 .

Adaptive learning control for thermal error compensation of 5-axis machine tools

Philip Blaser, Josef Mayr, Sascha Weikert, 2017 .

Author Correction: Accurate Micro-Tool Manufacturing by Iterative Pulsed-Laser Ablation

Josef Mayr, Konrad Wegener, Maximilian Warhanek, 2017 .

High precision grey-box model for compensation of thermal errors on five-axis machines

Josef Mayr, Sascha Weikert, Wolfgang Knapp, 2014 .

Adaptive input selection for thermal error compensation models

Nico Zimmermann, Philip Blaser, Josef Mayr, 2020 .

Long-term thermal compensation of 5-axis machine tools due to thermal adaptive learning control

Philip Blaser, Josef Mayr, Konrad Wegener, 2019 .

Thermal error compensation of 5-axis machine tools using a staggered modelling approach

Philip Blaser, Josef Mayr, Konrad Wegener, 2018 .

Dynamic loads and thermal errors on machine tools

Josef Mayr, Sascha Weikert, Konrad Wegener, 2012 .

Accurate Micro-Tool Manufacturing by Iterative Pulsed-Laser Ablation

Josef Mayr, Konrad Wegener, Maximilian Warhanek, 2017 .

Fluid elements in machine tools

Tojiro Aoyama, Josef Mayr, Konrad Wegener, 2017 .

An adaptive self-learning compensation approach for thermal errors on 5-axis machine tools handling an arbitrary set of sample rates

Philip Blaser, Josef Mayr, Adrian Ryser, 2018 .

Thermal Issues in Machine Tools | NIST

Christian Brecher, Josef Mayr, Konrad Wegener, 2012 .

Evaluation of thermal errors of 5-axis machine tools by on-machine measurements of a thermal test piece

Philip Blaser, Josef Mayr, Konrad Wegener, 2018 .

Learning Efficient Modeling and Compensation for Thermal Behavior of Machine Tools

Nico Zimmermann, Pablo Hernández Becerro, Philip Blaser, 2018 .

Model order reduction of thermal models of machine tools with varying boundary conditions

Pablo Hernández Becerro, Philip Blaser, Josef Mayr, 2018 .

Age of Compensation - Challenge and Chance for Machine Tool Industry

Josef Mayr, Sascha Weikert, Konrad Wegener, 2016, Int. J. Autom. Technol..

Acclimatisation time of precise workpieces for quality inspection

Josef Mayr, Sascha Weikert, Konrad Wegener, 2015 .

Thermal error compensation of rotary axes and main spindles using cooling power as input parameter

Josef Mayr, Sascha Weikert, Konrad Wegener, 2015 .

Reduced-Order Model of the Environmental Variation Error of a Precision Five-Axis Machine Tool

Josef Mayr, Konrad Wegener, Jan Konvicka, 2021 .

Mounting a blocking circuit arrangement having discrete, passive electronic components

Josef Mayr, Norbert Friese, 2004 .

Thermal behaviour improvement of linear axis

Josef Mayr, Sascha Weikert, Konrad Wegener, 2011 .

A methodology for online visualization of the energy flow in a machine tool

Philip Blaser, Josef Mayr, Konrad Wegener, 2017 .

Using meta models for enclosures in machine tools

Pablo Hernández Becerro, Philip Blaser, Josef Mayr, 2018 .

An energy model for the calculation of losses and their effects on machining accuracy

Josef Mayr, Sascha Weikert, Konrad Wegener, 2012 .

Thermo energetic issues in 5-axis machine tools

Philip Blaser, Josef Mayr, Konrad Wegener, 2017 .

Thermal issues in 5-axis machine tools

Josef Mayr, Konrad Wegener, Michael Gebhardt, 2014 .

Adaptive learning control for thermal error compensation on 5-axis machine tools with sudden boundary condition changes

Pablo Hernández Becerro, Philip Blaser, Josef Mayr, 2018 .

Thermal test piece for 5-axis machine tools

Philip Blaser, Josef Mayr, Konrad Wegener, 2018 .

Fleet learning of thermal error compensation in machine tools

Josef Mayr, Konrad Wegener, Friedrich Bleicher, 2021, 2021 26th IEEE International Conference on Emerging Technologies and Factory Automation (ETFA ).

Autonomously triggered model updates for self-learning thermal error compensation

Nico Zimmermann, Josef Mayr, Konrad Wegener, 2021 .

SIMULATION AND PREDICTION OF THE THERMALLY INDUCED DEFORMATIONS ON MACHNIE TOOLS CAUSED BY MOVING LINEAR AXIS USING THE FDEM SIMULATION APPROACH

Josef Mayr, Sascha Weikert, Konrad Wegener, 2008 .

Compensation of Thermal Effects on Machine Tools using a FDEM Simulation Approach

Josef Mayr, Sascha Weikert, Konrad Wegener, 2009 .

1 Thermal Issues in Machine Tools

Paul Shore, Josef Mayr, Frank Härtig, 2012 .