Build a CAE model based on actual measurement data and represent the desired phenomenon virtually!
We provide "high-precision fracture prediction CAE" that constructs a digital twin by acquiring shape, material properties, and actual machine characteristics from the physical object, and utilizes that digital twin to improve design quality. We have developed a method to synthesize only the high-precision areas from data measured in multiple postures using X-ray CT, enabling the generation of highly accurate X-ray CT measurement data. Please feel free to contact us. 【Key Technologies】 ■ High-precision measurement/processing technology ■ Determination of material properties ■ Determination of actual machine characteristics *For more details, please download the PDF or feel free to contact us.
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【Technical Details】 ■High-Precision Measurement/Processing Technology ⇒We have developed a method to synthesize only the high-precision areas from data measured in multiple postures using X-ray CT, enabling the generation of highly accurate X-ray CT measurement data. Additionally, we can synthesize measurement data from X-ray CT with optical measurement data, allowing for the generation of measurement data that is closer to the actual object. ■Determination of Material Properties ⇒The material testing methods are determined using CAE. Material parameters are established through analyses that reproduce the tests, confirming that the phenomena are replicated at the material testing level. We can also determine complex parameters necessary for selecting methods such as the extended Mohr-Coulomb failure criterion, which takes into account the triaxial stress needed for accurately predicting failure. ■Determination of Actual Machine Characteristics ⇒We conduct actual machine tests and analyze the phenomena. By adjusting parameters such as constraint conditions, load conditions, and contact conditions to reproduce the phenomena, we construct a digital twin for high-precision failure prediction CAE. Utilizing this digital twin can contribute to improving design quality. *For more details, please download the PDF or feel free to contact us.
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Our company was established in 2005 with the desire to gather a collective of engineering minds that support and lead Japan's manufacturing in Hokkaido. We aim to be a group of engineers that pioneers advanced technologies, supporting and leading manufacturing in Japan and around the world. Additionally, keeping in mind that our customers are companies driving the global economy, our employees and executives will continue to refine not only their technical skills but also their character, striving to earn the trust of our customers.