List of Other analyses products

The deformation mode that extends in one direction and contracts in a direction perpendicular to it is called elongational flow!

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I will explain the Castro-Macosko viscosity model, which is often used in CAE!

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It is important to choose the appropriate mixing ratio! An explanation of the basics of the relationship between filler amount and viscosity.

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Introducing representative model equations! It is common to incorporate temperature dependence of viscosity in viscosity equations used in CAE!

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Explanation using diagrams on the constitutive equations of purely viscous fluids, power law models, and comparison of velocity distributions!

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Published on the handling methods for viscous materials! An explanation of the characteristics comparison and classification when the shear rate is instantaneously changed.

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Introducing calculation formulas under specific conditions! Examples of applying De numbers to natural phenomena are also explained.

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Explanation using a diagram! Stress relaxation occurs because the material has the characteristics of a relaxed elastic modulus.

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Introduction to the Maxwell model and the Voigt model!

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Injection molding, blow molding, compression molding, etc.! An explanation of the molding methods for thermoplastic and thermosetting resins!

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I will provide a detailed explanation of the types and applications of representative thermoplastic and thermosetting resins using diagrams!

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Published on the basics of rheology and its combination technology with CAE! An explanation of the positioning of rheology is provided with diagrams.

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Analysis completed in a few seconds or minutes! Large-scale CAD assemblies can also be analyzed at ultra-high speed without meshing.

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Thermal Fluid Analysis Tool for Designers - FloEFD Series

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This is a molding simulation tool that has achieved a significant reduction in the design and manufacturing costs of press molds through virtual tryouts.

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Electromagnetic field analysis software JMAG

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Finite element analysis software equipped with both explicit and implicit solvers, capable of accurately analyzing nonlinear phenomena such as collisions, drops, and plastic processing.

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Explaining the function of the biceps, commonly referred to as "muscle bulge"! Introducing with diagrams and graphs.

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Explaining an example of applying machine learning to muscle activity information obtained from AnyBody using image judgment!

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Animation of the analysis results obtained with AnyBody is published in the figure! Explanation of energy consumption calculation using METs is also provided.

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We have developed an analysis method that combines AnyBody and muscle synergy! We will introduce our efforts!

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A new column "AnyBody Communication" is starting! The content is expected to cover topics related to musculoskeletal issues!

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Comparison of two cases with rotation speeds of 40 rpm and 60 rpm! An example of calibration of the setting parameters is provided!

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Here are three advantages of the dynamic explicit method! You can incorporate it into your workflow and proceed with your tasks.

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OpenFOAM has its source code publicly available! It can be used with incorporated time-dependent viscous models and more!

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In general incompressible flow fluid analysis, the Navier-Stokes equations are used as the motion equations!

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It is possible to identify areas where air and water flow are stagnant within the target area! Explaining the benefits of fluid coloring.

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Examples using theoretical solutions without electromagnetic field analysis are provided! Explanations will be accompanied by diagrams and graphs!

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An example analysis of filling a cylindrical cavity with rubber material is presented! Functions necessary for calculating rubber materials are explained.

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Foam the material in a cylindrical container and measure the time change in volume! Explanation of the comparison with calculation results!

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An explanation of the basic wave generation function and application examples are provided! By using OpenFOAM, various fluid analyses can be conducted.

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Published the analysis model of the simulation! Introducing the accuracy verification experiment of the multiphase flow analysis solver.

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Examples of the applicable use of rotatingWallVelocity are provided! We will explain it clearly using diagrams!

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