Shock Engineering Seminar - From the Basics of Shock Engineering to Material Testing Methods and Their Applications | nac Image Technology

Shock Engineering Seminar - From the Basics of Shock Engineering to Material Testing Methods and Their Applications

nac Image Technology

Recently, as the technological competition in the materials field intensifies year by year, the verification and consideration of material strength and durability to enhance competitiveness have become increasingly important. We have received many inquiries from companies that want to conduct material testing but are unsure of what experiments to perform or how to obtain useful data. Therefore, we have decided to invite Associate Professor Hiroyuki Yamada from the Department of Mechanical Engineering, System Engineering Group, National Defense Medical College, who has been engaged in research on impact engineering for many years, to hold a seminar on the fundamentals and applications of impact engineering. He will provide a clear explanation of the concept of stress waves, which is crucial in impact engineering, and methods for testing material deformation, making this seminar highly recommended for researchers involved in material strength research and testing. We encourage you to participate. Additionally, for attendees present at the venue, we plan to conduct a demonstration of stress wave experiments after the lecture. *Please note that participation from competing companies may be declined.

Date and time Wednesday, Jun 26, 2024
02:00 PM ～ 05:00 PM
Capital Nack Image Technology Co., Ltd. Akasaka Nack Rental Multipurpose Space 〒107-0052 4-13-13 Akasaka, Minato-ku, Tokyo, Akasaka Building B1 https://maps.app.goo.gl/RJfH7Yib77mDvn3a9 *There is no parking available, so please use public transportation. *This is not the Aoyama headquarters. Please be aware.
Entry fee Free Pre-registration system

Related product information

Drop and Impact Analysis System
Video output of the analysis screen is possible! By using two high-speed cameras, three-dimensional analysis can also be performed.

【Other Features】 <Testing Equipment> ■ Drop Test Machine DT-202/205 - With high-precision drop posture control, it is possible to land the test sample while maintaining its position clamped from above. - Even in repeated drop tests, consistently stable and reproducible experimental results can be obtained. - The main body of the testing machine is designed to be compact, allowing installation in narrow laboratories. <Analysis Section> ■ Motion Analysis Software MOVIAS Neo - Automatically tracks markers or feature points on the subject. - Quantitative analysis of the position, displacement, velocity, acceleration, and other parameters of the tracked points. - Analysis results can be output in various formats, including graphs, lists, and stick displays. ■ Analog Waveform Data Acquisition Device - Easily controls the high-speed camera MEMRECAM series with dedicated software "GX/HXLink," allowing for easy setup, import, and storage of external analog waveform data. *For more details, please refer to the related links or feel free to contact us.
[Data] High-Speed Camera Application Examples
Numerous application examples are featured! High-speed camera filming of fast phenomena greatly expands the scope of research.

【Other Publication Examples】 ■Motion Analysis ■Waveform Synchronization ■Special Optical Systems *For more details, please refer to the PDF document or feel free to contact us.
High-speed camera "MEMRECAM ACS-1"
High-speed imaging in the high-speed domain with over 1 million pixels of high definition! High-speed camera for research and development and various testing applications.

【Features (Partial)】 ■ Boost Mode ■ Automatic Black Balance ■ Memory Partitioning ■ Built-in SSD ■ High-Speed Download ■ DOWNLOAD REC *For more details, please refer to the PDF document or feel free to contact us.
High-speed camera "MEMRECAM ACS-3"
Research and development, various testing support! It can be utilized in various fields and applications such as welding, combustion, and fluid dynamics.

【Other Features】 ■ Achieves clear imaging even in phenomena with significant brightness differences ■ Compact body (WHD) 128×128×206 mm ■ In full frame at 1,280×896 pixels, maintains an effective area in high-speed regions with 14,000 frames per second in normal mode and 50,000 frames per second in boost mode *For more details, please refer to the PDF document or feel free to contact us.