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Paweł Czapski is listed as CAE Engineer and Digital Twin Developer @CAEmate, PhD in Solid Mechanics based in ŁóDź, ŁóDzkie, Poland. AeroLeads shows a matched LinkedIn profile for Paweł Czapski.
Paweł Czapski previously worked as Assistant Professor at Lodz University Of Technology and Doctoral Student (Researcher) at Lodz University Of Technology. Paweł Czapski holds Doctor Of Philosophy - Phd, Mechanical Engineering from Lodz University Of Technology.
Paweł Czapski is a CAE Engineer and Digital Twin Developer @CAEmate, PhD in Solid Mechanics. They is proficient in German, French and English.
Listed skills include Mechanical Engineering, Ansys, Composite Structures, Ptc Creo, and 8 others.
A career timeline built from the work history available for this profile.
Lodz Metropolitan Area
As an assistant professor at the Lodz University of Technology, I continue the numerical and experimental characterization of composite materials. Currently, I am also extending my research portfolio with an analysis of 3D-printed structures. Except for research activities, I am teaching the following courses: Strength of Materials, Basic Mechanical Engineering, Advanced Mechanical Engineering, CAD PTC Creo, ANSYS Workbench
Lodz Metropolitan Area
The target of my PhD project was to analyse the influence of curing, residual stresses on buckling and post-buckling behaviour of thin-walled, composite structures. Compression tests of the channel and squared cross-section columns made of glass fibre prepreg tapes have been performed. The target was to find the relationships between manufacturing process parameters (curing in the autoclave), the shape of the columns and different fibre architectures. The relationships were determined based on… Show more The target of my PhD project was to analyse the influence of curing, residual stresses on buckling and post-buckling behaviour of thin-walled, composite structures. Compression tests of the channel and squared cross-section columns made of glass fibre prepreg tapes have been performed. The target was to find the relationships between manufacturing process parameters (curing in the autoclave), the shape of the columns and different fibre architectures. The relationships were determined based on axial compression tests and inspection of the buckling phenomenon. The study covered both experimental tests and numerical modelling based on the finite element method (ANSYS Workbench). Show less
Bath, England, United Kingdom
During a three-month academic visit to the University of Bath, I worked on the residual stresses measurements in composite structures. The experiments covered the hole-drilling approach and synchrotron X-ray diffraction at Diamond Light Source to measure internal stresses trapped inside the material.
Meyrin, Switzerland
During my technical studentship, I worked in the Experimental Physics Department where I was working for the Deep Underground Neutrino Experiment (DUNE). As a mechanical integration group team member, during my internship at CERN, I performed structural analysis of Protodune Dector using the Finite Element Method (ANSYS Workbench) combined with Eurocodes 3 and 8. The goal of the DUNE project was to build several underground neutrino detectors across Europe and the territory of the United States.
Rejon Braunschweig, Niemcy
During my three-month internship at DLR Braunschweig, I was working on the DESICOS project (New Robust DESIgn Guideline for Imperfection Sensitive COmposite Launcher Structures). During this internship, I performed finite element analyses (ABAQUS) of thin-walled composite cylinders and confront them with the experimental results. The target of the DESICOS project was to find a guideline for designing conical and cylindrical structures in terms of stability.
Bukowiec
During my two-months industrial placement in the company, I had several responsibilities, such as: dimensional verification of manufactured parts, 3D modeling of parts of the machines, preparing technical documentation of the machines, assembly of the prototype of the machine, strength calculations of certain machine members.
PhD thesis title: Influence of curing, residual stresses on buckling behaviour and load-carrying capacity of thin-walled, composite.
Master thesis title: Fluid Structure Interaction Numerical Analysis of the Wind Turbine Blade
Bachelor thesis title: Experimental investigations of thin - walled columns with square cross-section subjected to static compression.
During five-months Erasmus exchange, I attended the following courses: Plasticity and Creep, Robust Design of Products and Mechanisms.
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Paweł Czapski is listed as CAE Engineer and Digital Twin Developer @CAEmate, PhD in Solid Mechanics.
Paweł Czapski is based in ŁóDź, ŁóDzkie, Poland.
Paweł Czapski has worked for Lodz University Of Technology, University Of Bath, Cern, Fluggruppe Dlr Braunschweig E.V., and Design Test Center (Okb).
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Paweł Czapski holds Doctor Of Philosophy - Phd, Mechanical Engineering from Lodz University Of Technology.
Paweł Czapski is listed with skills including Mechanical Engineering, Ansys, Composite Structures, Ptc Creo, Design Thinking, Scientific Writing, Robust Design, and Buckling.
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