DARS Basics
Course Duration: 1 Days
Prerequisites
Only in Japanese language
Who Should Attend
The DARS training course is suitable for users that are new to DARS or for users that want to raise their level of DARS basic knowledge. This course is also helpful for DARS-CFD users since the training provides details about the concepts and methods used in DARS.
Course Description
To introduce the features of DARS and the analysis work flow procedures using hands on tutorials and lectures for chemical reaction analyses.
Course Content
Day 1 ·DARS introduction ·Basics of chemical reaction analysis ·Constant volume reactor analysis ·Reduction of chemical reaction mechanism ·Freely propagating flame analysis
Unfortunately we are not currently offering this course however if you are interested in taking this course please contact your local office.
Available
Spaces Limited
Course Full
Scheduled Courses
- 3-Day STAR-CCM+
- Aero-Acoustics
- Applied Computational Combustion Analysis
- Automated Simulation for Vehicle Analysis
- Building Services Analysis
- Computational Analysis of Wind Parks
- Computational Simulation of Fluid-Structure Interactions with STAR-CCM+
- Effective Heat Transfer Modeling
- Electronics Thermal Management
- Engine Compartment Thermal Modeling
- Hydrology and Environmental Hydraulics
- Introduction to CFD
- Introduction to Particle Modeling using the Discrete Element Method
- JAVA™ Scripting - Process Automation
- STAR-CCM+ Extensions
- STAR-CCM+ Online
- STAR-CCM+ Wizard Creation
- Surface Wrapping using STAR-CCM+
- Virtual Tow Tank
Scheduled on Request
- 2 Day STAR-CCM+ Extensions
- 2-Day STAR-CCM+
- 3-Day JAVA™ Scripting - Process Automation
- Advanced STAR-CCM+
- Battery Design Studio® and Battery Simulation Module
- DARS Basics
- es-ice
- GT Power
- Internal Combustion Engine Modeling
- Introduction to CFD for the Naval Architect
- Simulation and Analysis of Casting Processes
- Simulation and Analysis of Investment Casting
- Simulation of Rigid Body Motion for Engineering Analysis
- STAR-CD
- TOSCA Fluid Basic Seminar
- Virtual Thermal Reliability Lab
- Wind Turbine Analysis