CAEソリューションズ List of News Articles

Recently, there has been an increasing number of schools in the education field that are acquiring basic knowledge of analysis. This seminar is designed for teachers and students who are considering putting more emphasis on analysis education as part of 3D education. We look forward to your attendance.

SOLIDWORKS, a 3D CAD software used by many designers, includes an analysis product called SOLIDWORKS Simulation. SW Simulation is equipped with features that make it easier to perform various analyses. If you are interested in analysis software, why not learn a little about SOLIDWORKS Simulation?

I believe there are people who are not able to effectively use SOLIDWORKS Simulation and have recently distanced themselves from analysis, as well as those who are conducting analyses but are not using it effectively, or who have concerns and questions about how to use it. For such individuals, the support members of CAE Solutions will introduce some helpful tips.

Autodesk Simulation Mechanical is a high-performance CAE software that features a CAD integration interface and allows designers to set analysis conditions and display results in a GUI environment, while also enabling advanced nonlinear analysis and dynamic analysis. In the experience seminar, you can actually experience the interface that supports almost all CAD file formats and the extensive condition settings that enable various analysis calculations.

You can learn basic knowledge from the fundamentals of what plastic is to methods for solving various issues in plastic components. (For those who are starting resin flow analysis or considering it, product design, mold design, molding technology, and those involved in sales proposals, as well as those engaged in operations related to injection products who are considering improvements in collaboration with related departments and affiliated companies.)

We will help you acquire the fundamental knowledge necessary for signal processing, whether you are about to start signal processing or wish to do so. How to use FFT 1. Signal processing and digital signal processing 2. How to handle signals with a computer? 3. Sampling theorem 4. Fourier transform, DFT, FFT 5. Correlation, power spectrum 6. Overview of digital filters 7. Exercises *This will be held irregularly. The date will be determined in consultation with the customers.

This is a course for those who have just introduced structural analysis software and for customers considering the use of existing software. It is a course where designers can learn the concepts of static analysis and the flow up to actual application. (For designers who have just started with analysis in CAE and want to acquire basic techniques for analysis) *This course is held irregularly. The date will be determined in consultation with the customers.

You will acquire basic knowledge for thermal analysis. 1. Introduction 2. Heat conduction 3. Heat transfer 4. Thermal radiation 5. Practical thermal analysis *Held irregularly. The date will be decided in consultation with the customer.

Acquire basic knowledge for viscoelastic analysis. 1. What is viscoelastic material 2. Relaxation modulus 3. Basic models of viscoelastic bodies 4. Response stress of the Maxwell model 5. Response stress to arbitrary input strain 6. Physical property measurement of viscoelastic materials 7. Dynamic viscoelastic testing 8. Thermorheologically simple materials 9. Master curve creation 10. Correspondence principle *Held irregularly. The date will be determined in consultation with customers.

You will acquire basic knowledge for the analysis of rubber materials. Characteristics of rubber materials Superelastic materials Strain energy density function Molecular understanding of rubber materials Models of strain energy density functions Relationship with Young's modulus and shear modulus Alternatives in the absence of multiaxial test data Marsh effect *This is held irregularly. The date will be determined in consultation with the customer.

You can learn the basic operations of SpaceClaim LT/LTX/Professional. *Held irregularly. The date will be determined in consultation with the customer. Basic concepts Operating environment Model operations Sketching Shape creation Shape editing Assembly creation Drawing creation

You will learn the basic operations for performing integrated structural calculations of steel structures using ASCAL. This is aimed at those who conduct integrated structural calculations for steel structures in architectural design. *The sessions are held irregularly. The dates will be determined in consultation with the customers.

You will learn the features and operations of the newly added HVAC (Heating, Ventilation, and Air Conditioning) module in SolidWorks Flow Simulation 2011. *This is held irregularly. The date will be determined in consultation with the customer.*

[Essential for Designers and Manufacturers] You can acquire fundamental concepts regarding the work procedures for design, manufacturing, and analysis, as well as the creation of models for CAM and CAE trials. Several case studies based on molds will be introduced. *This is held irregularly. The date will be determined in consultation with the customer.*

This is a course for customers who are considering introducing structural analysis software or utilizing existing software. (For those who are starting with FEM (Finite Element Method), For those who are using FEM in a black-box manner and want to learn the basics systematically, For those who want to intuitively learn the essence of material mechanics.) *This course is held irregularly. The dates will be decided in consultation with the customers.

You will learn the operations and theory for conducting fluid analysis using FloEFD. *This will be held irregularly. The date will be determined in consultation with the customer. Overview and background of the analysis, role of CAE in design Pre- and post-processing Setting analysis conditions Methods for displaying and evaluating results Exercises Exercise content: Laminar flow in a circular pipe, natural convection, flow in a pipe with a porous plate, porous media, rotating flow, supersonic flow, flow around buildings, heat exchangers, unsteady calculations, cooling of electronic devices.

You will learn the flow of operations from model creation to execution of FDS simulations using PyroSim, as well as the basic operations of Smokeview. *This is held irregularly. The date will be determined in consultation with the customer. - Overview Introduction to PyroSim (and FDS and Smokeview) - Operation Instructions Creation of various objects such as obstacles and cavities Creation of reference conditions such as surfaces and materials Creation of computational conditions such as grids and boundary conditions Creation of various variable outputs such as cross-sections and isosurfaces - Example Exercises

You will become proficient in the operation of OpenFOAM using Femap. This is intended for those who have already introduced FOAMAP, have taken the OpenFOAM basics course, or possess knowledge equivalent to the learning objectives of the OpenFOAM basics. It is aimed at those who can perform basic operations in Linux from the command line. *This is held irregularly. The date will be determined in consultation with the customer.*

You will learn how to customize DADiSP for advanced processing. This is intended for those who have taken the DADiSP basic course or have equivalent knowledge. *This is held irregularly. The date will be determined in consultation with the customer.

You will learn the overview, basic functions, and operations of DADiSP2002. This is for those who have already introduced DADiSP or are considering its introduction. *This is held irregularly. The date will be determined in consultation with the customer.

You will learn the basic operations to perform integrated structural calculations for RC (reinforced concrete) buildings using ASCAL. This is aimed at those who conduct integrated structural calculations for RC structures in architectural design. *This is held irregularly. The date will be determined in consultation with the customer.*

You will learn the basic operations for structural analysis of architectural and civil structures using Autodesk Robot Structural Analysis. The date of the event will be determined in consultation with the customer.

We will conduct training and exercises to learn how to perform thermal fluid analysis using Autodesk Simulation CFD. *This will be held irregularly. The date will be determined in consultation with the customer.

You will learn the functions and operations of the electronics module newly added in SolidWorks Flow Simulation 2011. Certification exam preparation school for computational mechanics engineers (thermal fluid dynamics field) *Held irregularly. The date will be determined in consultation with the customer. 1. Knowledge of thermal fluids necessary for electronic device analysis 2. New features of the Electric module - Joule heating analysis - Compact model for resistive components - PCB generator 3. Practical training

You will understand basic data analysis methods. How to use FFT Introduction to noise removal methods Simple noise removal through smoothing Noise removal using digital filters Introduction and demonstration of various analysis methods *This will be held irregularly. The date will be decided in consultation with the customer.

You will learn the basic operations for analyzing wind environments such as building wind and outdoor thermal environments like heat islands using the BIM-compatible thermal fluid analysis tool WindPerfectDX. This includes a series of operations from importing CAD data and terrain data to setting environmental parameters tailored to regional characteristics and displaying analysis results. *This is held irregularly. The date will be determined in consultation with the customer.*

You will learn the basic operations for analyzing wind environments such as building wind and outdoor thermal environments like heat islands using the BIM-compatible thermal fluid analysis tool WindPerfectDX. This includes a series of operations from importing CAD data and terrain data to setting environmental parameters tailored to regional characteristics and displaying analysis results. *This is held irregularly. The date will be determined in consultation with the customer.*

■ This year, we will be sponsoring the booth of Otsuka Shokai at the "Nagoya Design & Manufacturing Solutions Expo (DMS Nagoya)" held for the first time at Port Messe Nagoya, where we will introduce high-end CAE software and services such as SIMULIA and Femap with NX Nastran at the exhibition corner. Please feel free to stop by. ■ MEDTEC Japan: This international exhibition, which focuses on the medical device industry and was launched in the Japanese market in 2009, is widely recognized in the industry for its specialization, with over 70% of attendees being "medical device manufacturers," reflecting the high quality of its visitors. It has grown into a major event representing the medical device industry. At our booth, we will present case studies of medical instruments such as stents, catheters, and implants, allowing attendees to understand the current state of actual simulations and experience the potential for utilization. ■ At "Intermold 2016," CAE Solutions Co., Ltd. (our company) will be exhibiting as a partner at the Autodesk booth (6B-601), where we will introduce the solution of the resin flow software Autodesk Moldflow.

We have uploaded various case studies on the use of CAE products, including fluid analysis, structural analysis, resin flow analysis, and signal/waveform analysis. Currently, there are case studies available for Autodesk Moldflow Adviser, Autodesk Moldflow Insight, Autodesk Simulation Mechanical, DADiSP, Femap, Femap with NX Nastran, HyperSizer, OpenFOAM, SOLIDWORKS Simulation, and SpaceClaim products, so please make use of them!