Freely customize analysis models and output data! Software for analyzing muscle behavior.
Adopted by a variety of device manufacturers! Applicable to all types of engines!
Civil Engineering Society Standard Specification Compliance! A dedicated program for 3D temperature stress analysis of mass concrete.
Custom user libraries can also be created! Basic thermal and hydraulic simulations.
Digimat is software specialized in composite material simulation, enabling the prediction of macro material properties that reflect microstructure.
By executing simulations of a 3D multi-body system and predicting its dynamic response, we optimize the performance of movable products.
Generative Design / Topology Optimization / Rapid Simulation
Supporting lightweighting of automobiles through composite material simulation.
In accordance with land improvement "waterway construction," it is possible to perform stability calculations for the waterway during normal conditions and earthquakes, as well as check the cross-sections of components. Additionally, calculations for uneven earth pressure due to differing heights of the left and right side walls are also possible.
It is an innovative integrated driving simulator for a new generation approaching system-level simulation.
Composite material property calculation tool (Young's modulus, thermal conductivity, etc.)
Simulation input data calculation technology for vibration testing.
Simulation technology that considers dynamic behavior due to contact between components.
Hysteresis can be reproduced! The analysis model takes into account the friction between the leaf springs and the U-bolt clamping force.
We analyze the movement of the machine and evaluate the feasibility and performance of the mechanism in advance.
The realization that F-Flex can be used very effectively was a major deciding factor for its introduction.
A case where it was found that high load and high stress occurred in drilling operations that were not anticipated by using actual data.
Examples of applications such as the analysis of ball screws and the behavior analysis of rack and pinion systems.
Examples utilized in the analysis of the engagement between a worm gear and a worm wheel.
Examples of applications that utilize analyses including mechatronics and other physical phenomena.
A case where significant effects on reducing development time were achieved through customized automation.
Introducing an example of the development of a chronograph utilizing the trident return-to-zero structure!
Smoothly adjustable distribution degree! An analysis case of a subject's movements skillfully using both hands and feet to climb a ladder.
Attach a marker to the suit and capture that action! Includes movements for moving a water storage case and shoveling snow.
Covers everything from detailed simulations to integrated simulations!
Introduction to the underfood cooling module and analysis of the liquid flow circuit.
Model creation is possible at various levels of detail! It meets various needs during the development stage.
Ideal for joint development! Flexible reaction rate analysis for post-processing equipment!
Support in a single environment! It can be utilized in each process from conceptual design to system design and optimization!
Moldex3D is software with an intuitive interface that can be mastered by both experts in analysis and beginners, offering high reproducibility.
Instantly identify and visualize abnormal sounds. Support system construction from the measurement and verification stage.
Providing modular software solutions for computation and simulation!
We will consider the surface contact near the spot welding area to make it possible to reproduce the actual phenomenon!
Support aircraft airworthiness with calculations and simulations!
We support thermal design of materials - An introduction to thermal management.
Prototyping of smartphones, tablet devices, etc. - Product development
For strategic product design and development equipped with numerous advanced and complex precision mechanism models!
A case study conducted over approximately one year involving verification with the actual machine, software improvements, and brainstorming on internal utilization methods.
Analyzing the mechanisms of vibration and power transmission! Examples of contributing to the performance improvement of familiar machines.
An example of being able to change conditions such as steps and slopes, which were previously done manually, now being possible with batch processing without much effort.
Contributing to the industry through research on rolling bearings! An example of its application in the study of trochoidal gears.
A case study utilized in research on the control of hydraulic actuators in a shaking table for verifying seismic performance.
A case that was adopted because it had the best balance in terms of calculation time and accuracy.
Examples of the use of gear trains and valve train design in motorcycle and MotoGP racing engines.
Learn mechanism analysis and experience operating RecurDyn! This seminar covers the fundamentals of mechanism analysis.
Conducting musculoskeletal analysis using AnyBody to investigate the load on the trunk and upper limbs! A case study using fluid analysis results of water behavior.
The model consists of two parts: the vehicle and the monitor! A case study of linking the vehicle vibration model to AnyBody.
Acquisition of marker data with the Vicon system! Introducing the results of musculoskeletal analysis using posture estimation results.
Collaboration between AnyBody and HyperStudy! Introduction and comparison of the results obtained from exploration for each reclining angle.
Comparison of results when there is one body model versus two body models! An analysis of the reasons for the decrease in muscle activity of Human 1.
Reproducing movements and body types with AnyBody! A case study analyzing the movements of subjects with varying running experiences.
Simultaneously analyze the person lifting and the person being lifted! A comparison of muscle activity and the forces acting on the intervertebral discs is published.
Compare the analysis results of the model created solely by the driver and the model based on motion capture!
Comprehensive vehicle simulation platform for concept and system detailed design analysis.
Introduction to modeling control systems using the GT-POWER engine model.
Capable of analyzing two-phase flow! Modeling all types of air conditioners and heat pump systems!
Achieving predictive and non-stationary analysis! Introducing the thermal distribution through engine structure.
Introduction to the dynamics, balance, mounting, and bearings of crank trains.
Introduction to the dynamics of chain, gear, and belt drives.
Supports all hybrid configurations and control methods! Hybrid, EV, and their respective control systems.
Efficient design, analysis, and optimization in a short time! Lubrication system modeling.
High-speed computation even with large-scale models! Comprehensive simulation of the entire system.
Virtually model every type of vehicle driveline!
SIEMENS SimCenter Recommended Workstation for Heavy Machinery Engineering
Forging Analysis Simulation System AFDEX Recommended Workstation
Press Molding Simulation System JSTAMP/NV Recommended Workstation
J-OCTA enables collaboration of simulators at various scales on a common platform for research and development in materials and life sciences.
Dedicated pre-post processor for automobile collision and occupant safety analysis "ARUP software"
Automatic generation of initial conditions for Ansys LS-DYNA!! Quickly respond to vehicle design changes with "HYCRASH" operational PC.
Automatically generate initial conditions for Ansys LS-DYNA! Quickly respond to vehicle design changes.
Dedicated Pre-Post Processor for Automotive Collision and Occupant Safety Analysis
Supporting lightweighting of automobiles through property prediction of polymer materials.
We offer various VA/VE proposals! We can provide suggestions for warping prevention, thinning, weight reduction, and appearance enhancement.