Projecting FEM analysis results onto experimental specimens, models, and actual structures. Achieving real-time visualization of internal strain, stress, and cracks.
"JTSTAR" is an iPad application that allows you to display data created with the structural analysis system "DIANA" in combination with images of experimental specimens, models, and actual structures. It enables real-time projection of various analysis results and experimental outcomes, such as concrete crack propagation analysis and elasto-plastic finite displacement analysis of steel structures. In addition to observing cracks inside test specimens, rebar stress, and failure modes, it can also be used to understand shear stress and damage indicators. 【Features】 ■ Overlay analysis results on experimental specimens and actual structures ■ Continuous playback for observing time-dependent changes and dynamic analysis ■ Outputs load values and displacements along with displayed analysis images ■ Solid elements and shell elements can be displayed transparently *You can view the materials from the <PDF download>. Please feel free to contact us with any inquiries.
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【3 Steps for AR Display】 STEP 1: Create analysis data using the general-purpose linear and nonlinear structural analysis system "DIANA" STEP 2: Convert the analysis data for AR display using "JTSTAR/DIANA" STEP 3: Display in AR using the iPad app 'JTSTAR' ◎ Display various results for each analysis step Results for each analysis step can be displayed, allowing for diverse outputs such as deformation, strain, stress, and damage indicators. You can manipulate the deformation scale to display deformation diagrams, and continuous playback is possible with the play button. Additionally, load values and displacements for the currently displayed analysis step are output, making it very convenient for situation confirmation. ◎ Visualization of the internal specimen It is possible to display through solid elements and shell elements (plates), allowing for the verification of strain and stress in rebar and PC cables by making concrete transparent. The transparency level can be adjusted from 0% to 100% using a slider, allowing for intuitive operation. ◎ Various easy display functions The display scale can be freely changed, and output of load-displacement curves is also possible. *For more details, please refer to the materials. Feel free to contact us with any inquiries.
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【Usage Scenarios】 - Confirming behavior during experiments - Classes or demonstrations using scaled models
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Since its establishment in 1962 as the scientific and technological division of Nihon Denshi Keisan Co., Ltd., our company has been providing software services, including the development and sales of software related to social infrastructure facilities such as bridges and roads, as well as consulting services. In recent years, the environment surrounding us has significantly changed, with advancements in digital transformation (DX), the realization of a highly information-oriented society such as Society 5.0, and progress towards globalization that includes both the economy and the environment. To be a sustainable development company, we will challenge ourselves to further enhance the scientific and technological and information technologies we have cultivated, detect changes in our customers and the surrounding environment, and engage in efforts for change and transformation, leading to the creation of value for future society. As a partner to our customers, we aim to respond to various solutions while contributing to the international community.
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