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What can the new DIC strain measurement technology do in the context of digital and intelligent transformation?

What can the new DIC strain measurement technology do in the context of digital and intelligent transformation?

2024-12-09

In the process of digital transformation, virtual simulation technology is becoming increasingly popular due to its cost-effectiveness, strong safety, and repeatability. Traditional engineering validation relies on cumbersome experiments and a large number of physical tests, which are not only time-consuming and labor-intensive but also costly. EikoTwin DIC technology builds an invisible bridge between traditional engineering experiments and physical tests, allowing us to directly display the results of experimental measurements on simulation models, provide optimization suggestions for simulation models, and promote collaboration between simulation and experimental testing. This greatly reduces the number of experiments and saves valuable time and resources.

"Bodies Simulation Classroom is Now Open!" - Second Session Theme: Application of Human Muscle and Skeletal Simulation Modeling Analysis Tools and Demonstration of C3D Data Processing Operations!

"Bodies Simulation Classroom is Now Open!" - Second Session Theme: Application of Human Muscle and Skeletal Simulation Modeling Analysis Tools and Demonstration of C3D Data Processing Operations!

2023-09-13

"Bodies Simulation Classroom is Now Open!" - First Session Theme: Application of Human Muscle and Skeletal Modeling Technology and Sharing of Tool Usage Experience!

"Bodies Simulation Classroom is Now Open!" - First Session Theme: Application of Human Muscle and Skeletal Modeling Technology and Sharing of Tool Usage Experience!

2023-06-20

There are many biomechanical simulation modeling tools available, but how do you choose the one that best suits your needs? Simply understanding a certain simulation modeling software may not be enough. What skills are needed to create an ideal musculoskeletal model using the collected motion data? In which fields are the dynamic data obtained from simulation modeling analysis currently applied? What types of projects? The first session of "Bodies Simulation Classroom is now open!" will help you find the answers!

In the online conference "HATL & HASS Efficient Reliability Process" of the "Zhize Measurement Technology Sharing Series Lectures", Mr. Zeng Yixiang delivered an excellent and professional speech, full of valuable insights!

In the online conference "HATL & HASS Efficient Reliability Process" of the "Zhize Measurement Technology Sharing Series Lectures", Mr. Zeng Yixiang delivered an excellent and professional speech, full of valuable insights!

2022-05-20

In the online conference "HATL & HASS Efficient Reliability Process" of the "Zhize Measurement Technology Sharing Series Lectures", Mr. Zeng Yixiang delivered an excellent and professional speech, full of valuable insights!

Online Seminar on HALT & HASS (Highly Efficient Reliability Processes) in the Series of Smart Measurement Technology Sharing Lectures

Online Seminar on HALT & HASS (Highly Efficient Reliability Processes) in the Series of Smart Measurement Technology Sharing Lectures

2022-04-12

The series of lectures on intelligent measurement technology, titled HALT & HASS (Efficient Reliability Processes), will be held on May 12, 2022 (Thursday) from 13:00 to 15:00 in the form of a Tencent Meeting seminar! Mr. John Tzeng, who holds three key technology patents for HALT & HASS in China, will discuss the following topics during the seminar: HALT efficient reliability processes, HASS efficient inspection processes, the origin and spirit of HALT & HASS, the principles of HALT & HASS testing, and the formulation of HALT & HASS testing conditions.

The series of lectures on intelligent measurement technology by Qiaoze, focusing on full-field measurement based on digital twin technology, has successfully concluded.

The series of lectures on intelligent measurement technology by Qiaoze, focusing on full-field measurement based on digital twin technology, has successfully concluded.

2022-03-25

On March 22, 2022, from 13:30 to 15:00, a technical sharing seminar titled "Optical Full-field Measurement Based on Digital Twin Technology" was held as scheduled. Several representatives from aerospace, automotive manufacturing, and related research institutions, along with Mr. Cheng Hua, gathered on the Tencent Meeting platform to discuss the development and application of DIC strain measurement technology.

Smart Measurement Technology Sharing Series Lecture: Optical Full-Field Measurement Based on Digital Twin Technology

Smart Measurement Technology Sharing Series Lecture: Optical Full-Field Measurement Based on Digital Twin Technology

2022-03-04

In the context of a global digital revolution across various industries, the manufacturing sector has also begun to advance the digitalization of its entire product range, gradually transmitting products in the form of digital flows, internationally referred to as MBD (Model-Based Definition). The concept of MBD was proposed in the early 21st century, and with the enhancement of software and hardware technologies, as well as advancements in semiconductor-based industries, the evolution of MBD into the concept of digital twins has flourished. Fundamentally, a digital twin is a dynamic representation of the past and present behaviors or processes of a physical entity in a digital format, which helps improve enterprise performance. Creating a digital twin mainly focuses on two key areas: - The information requirements for the design of digital twins and the product lifecycle—from asset design to the on-site use and maintenance of assets in the real world; - The creation of enabling technologies that integrate real assets with their digital twins, allowing measurement data to flow in real-time with operational and transactional information in the core systems of the enterprise. Digital twins have become a benchmark for future industrial development; however, the precision issues between measurement and simulation have always constrained their progress! DIC (Digital Image Correlation) technology has undoubtedly become a focal point for the development of digital twin technology as a breakthrough for this bottleneck. DIC technology can perform full-field optical measurements, and when used at the measurement end of digital twin technology, its advantageous characteristics are significant. Especially with the emergence of the new FE-DIC (Finite Element Digital Image Correlation) technology, which directly calibrates and computes based on CAD documents, significantly reducing or eliminating the use of calibration plates in traditional DIC measurements, using MESH grids as the basis for calibration, and directly integrating simulation with actual measurements, truly achieving "virtual-real integration." This lecture will focus on FE-DIC technology and "virtual-real integration," using the products of the authoritative representative in this field, the French company EIKOSIM, as an example to discuss the future development directions and possibilities of digital twin technology.

Seminar on Improving Product Quality and Reliability

Seminar on Improving Product Quality and Reliability

2018-07-24

Automotive and Tire Noise Simulation and Testing Solutions Application Conference

Automotive and Tire Noise Simulation and Testing Solutions Application Conference

2018-07-06

This conference has specially invited several experts in simulation and testing to engage in a diverse discussion on the latest technologies and applications in automotive and tire noise simulation and testing. This includes Professor Wei Yintao from the Department of Automotive Engineering at Tsinghua University, who will personally teach the latest domestic finite element vibration noise simulation technology for tires, as well as tire rubber mechanics testing and fatigue analysis. Siemens LMS acoustic simulation experts, Director Lin Yuzheng and Deputy Manager Xu Yingcheng, will share their practical experiences over the years in complex load analysis and metal fatigue optimization in the automotive industry. Dr. Wu Xiaofeng, an outstanding professor from Wayne State University in the United States, will introduce innovative technologies for overall analysis of air sound, enabling us to obtain comprehensive information on sound sources and their sound fields in three-dimensional space at any position or surface, including time, space, frequency, visual, and auditory aspects. Additionally, Shanwei Technology will share exclusive advanced technologies for simulating tire aerodynamic noise and wet grip.

The 2016 "Product Quality Reliability Improvement Seminar" was successfully held at Beihang University.

The 2016 "Product Quality Reliability Improvement Seminar" was successfully held at Beihang University.

2018-07-06

On July 12, 2016, the "Product Quality Reliability Improvement Seminar" was successfully held at the conference center of the new main building of Beihang University, co-hosted by Beihang University, Beijing Qiaoze Technology Co., Ltd., Jindun Technology Co., Ltd., and Shanwei Technology Co., Ltd. Nearly 25 units from research institutes, corporate groups, and reliability-related companies participated in the meeting, with 41 representatives in attendance. The meeting was chaired by Mr. Wu Xiaosan, Chairman of Shanwei Group. Mr. Li Xiaogang, Director of the Key Laboratory of Aeronautics at Beihang University, Mr. Li Kunda, CEO of Jindun Technology, Professor Li Chuanri from the School of Reliability and System Engineering at Beihang University, and Mr. Wu Xiaosan delivered excellent reports, leading discussions and technical exchanges on enhancing product quality reliability. The attendees felt greatly benefited from the seminar!

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