RNDr. Zdenek Kosek
Senior researcher, High speed machinig at Czech Technical University in Prague, Research Center of Manufacturing Technology- Claim this Profile
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Bio
Experience
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Research Center of Manufacturing Technology, Czech Technical University in Prague
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Czechia
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Machinery Manufacturing
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1 - 100 Employee
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Senior researcher, High speed machinig
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Aug 2012 - Present
Plate and shell theory and finite elements ANSYS Mechanical APDL, ANSYS scripts, ANSYS binary files maintenance ANSYS Workbench MATLAB, MATLAB scripts, MATLAB - C++ interface High speed machining simulation, NC code Intel Visual C++, Intel Visual Fortran, OpenGL Plate and shell theory and finite elements ANSYS Mechanical APDL, ANSYS scripts, ANSYS binary files maintenance ANSYS Workbench MATLAB, MATLAB scripts, MATLAB - C++ interface High speed machining simulation, NC code Intel Visual C++, Intel Visual Fortran, OpenGL
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Amberg Group
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Switzerland
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Civil Engineering
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1 - 100 Employee
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Technical software developer for rail and tunnel survey based on laser scanner data
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Jan 2001 - Dec 2011
Technical software developer for rail and tunnel survey based on laser scanner data: - digital signal processing, digital filters, object recognition and morphing, … - statistical evaluation of measured data: noise filtration, regression analysis, tests of statistical hypothesis, time sequences maintenance, extrapolation… - graph methods (traveling salesman problem…) - FEM 2D mesh generation Technical software developer for rail and tunnel survey based on laser scanner data: - digital signal processing, digital filters, object recognition and morphing, … - statistical evaluation of measured data: noise filtration, regression analysis, tests of statistical hypothesis, time sequences maintenance, extrapolation… - graph methods (traveling salesman problem…) - FEM 2D mesh generation
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Ing. Software Dlubal
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Prague
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FEM dynamical and buckling analysis software developer for RSTAB
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Jan 1991 - Dec 2000
Development of modules for dynamical and buckling beam structures analysis - eigenvibrations analysis - forced vibrations analysis with time history or harmonical forces - earthquake analysis with or accelerogram or response spectra loads - modal damping - fourier analysis - matrix, eigenvalues and eigenvectors solvers Development of modules for dynamical and buckling beam structures analysis - eigenvibrations analysis - forced vibrations analysis with time history or harmonical forces - earthquake analysis with or accelerogram or response spectra loads - modal damping - fourier analysis - matrix, eigenvalues and eigenvectors solvers
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Education
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Charles University in Prague
RNDr., Applied mathematics, numerical methods