Physical Modeling Tools - List of Manufacturers, Suppliers, Companies and Products

Physical Modeling Tools Product List

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Physical modeling tool Dymola

Physical modeling tool Dymola

Numerous implementations in Europe and domestic manufacturers! It allows for easy creation of plant models in a short period, thereby accelerating model-based development (MBD).

● You can intuitively model the desired simulation model in a short period of time. ● No need to assemble complicated equations of motion. ● Full support for the Modelica language. You can write equations in Modelica and simulate them directly in Dymola. ● Customizable according to user needs. ● A free trial version is available. ● Free trial seminars are currently being held.

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[Regularly Scheduled] Introduction to Modelica(R) Seminar

[Regularly Scheduled] Introduction to Modelica(R) Seminar

This is a seminar for MBD personnel. By mastering the Modelica(R) language, you can significantly reduce the man-hours/costs associated with plant modeling!

By understanding the modeling language Modelica(R) and adopting it for modeling, you can significantly reduce the man-hours and costs associated with plant modeling. In the seminar, we will clearly explain the basics of Modelica(R), from an introduction to what the language is to the methods of description for actual modeling. Modelica(R) is a modeling language supported by many plant modeling tools, including the physical modeling tool Dymola. By understanding Modelica(R), you will be able to model motors, engines, vehicles, and more from equations more easily.

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Physical modeling tool "Dymola"

Physical modeling tool "Dymola"

Modeling and simulation of analysis targets that combine mechanics, electrical circuits, and more!

◆◇◆ Joint exhibition decided at the "Automotive Technology Exhibition 2015"! (May 20 - May 22) ◆◇◆ 'Dymola' is a physical modeling tool that supports the "Modelica language," which can describe all physical phenomena based on equations. Models can be created simply by combining component icons from the library. You can model and simulate as if you were creating a model on your desk. 【Added optional libraries】 ■ Engine Dynamics Library ■ Liquid Cooling Library ■ Hydro Power Library ■ Electric Power Library ■ Thermal Power Library ■ Heat Exchanger Library ■ Vapor Cycle Library ■ Fuel Cell Library ■ Flight Dynamics Library *For more details, please download the catalog or contact us.

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Introduction to Model-Based Motor Control Development Using Dymola

Introduction to Model-Based Motor Control Development Using Dymola

Reduce the man-hours required for the design, development, and verification of motor control! We will introduce a case study of motor control development using the physical modeling tool Dymola.

Today, motors have established technology as a key technology in various fields and are widely used. However, in recent years, due to environmental issues and the demand for high efficiency (economic efficiency), the development of motor technology has been actively pursued again, particularly in the automotive industry. Dymola provides the necessary component models for model-based motor control development, allowing for the quick and easy creation of motor models without taking much time. As a result, it is possible to significantly reduce the man-hours required for motor control design, development, and verification. This document introduces a case of disturbance suppression using cascade control with a DC motor model, as well as methods for vector control and sensorless control of AC motors (PMSM motors and IM motors). It also presents an introduction to Dymola's motor models. For more details, please contact us or refer to the catalog.

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