FEA NX

The Japanese government has indicated a project scale of 20 trillion yen over the next five years in the "First Medium-Term Plan for National Resilience Implementation," which will start in the fiscal year 2026. As the number of projects related to maintenance and reinforcement increases, the importance of more detailed evaluations of the condition of existing structures and their performance after damage is expected to rise. Additionally, there has been a movement in the concrete field recently to promote standardization and practical application of performance evaluation methods for new and existing structures using nonlinear FEM. In this seminar, you will experience 3D modeling and analysis of bridges and compare the results obtained. We will explain what changes with nonlinear analysis and how it can be utilized, along with specific analysis results. We will provide one PC and text per person, so this will be an opportunity to experience FEM analysis without needing to bring anything. We sincerely look forward to your participation. SESSION 1: Recent Trends Surrounding the Structural Field and the Use of Nonlinear FEM SESSION 2: Modeling of Bridge Decks and Setting Nonlinear Analysis Parameters SESSION 3: Confirmation and Comparison of Linear and Nonlinear Analysis Results

Are you facing any concerns with high earthwork design at Goldman Sachs? With the enforcement of the "Earthwork Regulation Law (Land Development and Specific Earthwork Regulation Law)" in May 2023, the demands for the safety of earthworks have increased further. In particular, the "Earthwork Disaster Prevention Manual" indicates that for earthworks exceeding 15 meters in height and 50,000 m³ in volume, it is required to "verify the validity of two-dimensional stability calculation models and calculation results (such as the occurrence position of slip surfaces) through three-dimensional analysis (deformation analysis, seepage flow analysis, etc.)." On the other hand, in high earthwork design, it is common to use different software for each type of analysis, such as circular slip analysis, consolidation settlement analysis, equivalent linear analysis, and three-dimensional seepage flow analysis, which poses challenges due to the time and effort required for model recreation and data conversion and transfer. We have prepared a PC for each participant, so we kindly invite those who are interested to take this opportunity to join us. We will provide computers and texts, allowing you to experience FEM analysis without needing to bring anything.