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NOMATEN HYBRID-SEMINAR April 1: Investigation of High Stress Dynamics in Materials Engineering Using the Shimadzu HITS-X machine, HPV-X2 High Speed Camera and Digital Image Correlation Software

Date
Place
https://meet.goto.com/NCBJmeetings/nomaten-seminar
In-person: NOMATEN seminar room (102)

NOMATEN HYBRID-SEMINAR

online: https://meet.goto.com/NCBJmeetings/nomaten-seminar
In-person: NOMATEN seminar room (102)

Tuesday, April 1 st,  2025 1 PM (CET)

Investigation of High Stress Dynamics in Materials Engineering Using the Shimadzu HITS-X machine, HPV-X2 High Speed Camera and Digital Image Correlation Software

Jan Podgórski
Shim-Pol Company

 

Abstract:

The use of composite materials is constantly evolving, requiring further development and optimization of the mechanical properties of these materials. A number of strategies have been used in the past, choosing different types of fibers, resins and innovative geometric orientations for these fiber-reinforced plastics. Today's discussion will focus on polymer resins and their behavior during dynamic deformation. It is known that the mechanical properties of polymeric materials show a dependence on the strain rate. To properly observe the fracture behavior and stress characteristics, state-of-the-art technologies have been used. Shimadzu's HPV-X2 ultra high-speed video camera (10 million frames/second) combined with Shimadzu's HITS-T10 testing machine (with dynamic tensile speeds of up to 20 meters/second) and DIC software have been used to visualize stress concentrations, crack propagation and stress gradients after crack initiation. These advanced tools enable researchers and materials engineers to optimize polymer materials used in composites to improve their performance under demanding conditions.

Shimadzu HPV-X2 ultra high-speed camera
Fig. 1: Shimadzu HPV-X2 ultra high-speed camera

 

Results of DIC analysis of test sample (dog bone), stress distribution in the longitudinal direction
Fig. 2. Results of DIC analysis of test sample (dog bone), stress distribution
 in the longitudinal direction

 

 DIC analysis results of the test sample (with hole), stress distribution in the longitudinal direction
Fig. 3. DIC analysis results of the test sample (with hole), stress distribution 
in the longitudinal direction

 

Keywords: composites, high dynamic stress, ultrafast cameras, materials engineering, digital image correlation (DIC)

 

Bio: 

Jan Podgórski - Scientific Representative at Shim-Pol Company for Material Testing Machines and Materials Engineering.

At the start of my career, my emphasis was in environmental chemistry, specifically analytical techniques which included gas and liquid chromatography along with a wide range of detection techniques including MS.

With vast knowledge of chromatography, my interests then migrated to pharmaceuticals and drug delivery systems such as inhalation, transdermal and micro-needle delivery. Here I expanded my analytical knowledge with spectroscopic techniques such as FTIR and UV.

My knowledge and experience in analytical chemistry techniques has benefitted me greatly in my current interest in materials engineering, with an emphasis on micro and nano-structures of materials. Static, dynamic and hardness testing of materials coupled with imaging techniques is my current focus since 2014. With the use of high speed cameras as well as non-destructive (NDI) techniques such as industrial computer tomography and ultrasonic shearography, I try to provide my customers with the best options for further research in their specific applications.

 

 

Galeria
Results of DIC analysis of test sample (dog bone), stress distribution in the longitudinal direction
Shimadzu HPV-X2 ultra high-speed camera
 DIC analysis results of the test sample (with hole), stress distribution in the longitudinal direction


This project has received funding from the European Union Horizon 2020 research and innovation
programme under grant agreement No 857470 and from European Regional Development Fund
via Foundation for Polish Science International Research Agenda PLUS programme grant
No MAB PLUS/2018/8.
Poland
The project is co-financed from the state budget within the framework of the undertaking of the Minister of Science and Higher Education "Support for the activities of Centers of Excellence established under Horizon 2020".

Grant: 5 143 237,70 EUR
Total value: 29 971 365,00 EUR
Date of signing the funding agreement: December 2023

The purpose of the undertaking is to support entities of the higher education and science system that have received funding from the European Union budget in the competition H2020-WIDESPREAD-2018-2020/WIDESPREAD-01-2018-2019: Teaming Phase 2. in the preparation, implementation and updating of activities, maintenance of material resources necessary for carrying out activities, acquisition and modernization of scientific and research apparatus, maintenance and development of personnel potential necessary for the implementation of activities, and dissemination of the results of scientific activities.