Top > Application Examples
Using CFD (Computational Fluid Dynamics) Upfront to Design Better Flowmeters
Quickly Drying Wet Laundry indoors by Hanging Clothes in an Arch on Square Hangers: Effective Ventilation for Drying Wet Clothes Indoors (Published on Lidea)
Enhancing Ship Design through Combinational Use of CFD (Computational Fluid Dynamics) and Extensive Data
Hands-on Lectures of scSTREAM for CFD Simulation in Class Helps Students Better Understand Fluid/Thermal Phenomena in Indoor Environments
Students Use Simulation Technology to Improve Underground Mine Safety
Using CFD to Measure Humidity Evacuation Efficiency for a Kitchen Exhaust Hood System
Using Fluid Analysis Capabilities to Improve Marine Propeller Efficiency and Stay Ahead of International Competition
A Mechanical Engineering Consulting Company that Provides Design, Test and Analysis Services
Micro-climate Design that Fully Utilizes Wind and Sunlight Becomes Reality by Combining Conventional Solution Approaches with the Latest Computational Technology
Simulating Human Comfort of Heated Environment and Smoking Room
Using CFD (Computational Fluid Dynamics) to Improve Aerodynamic Performance of Helmets for Sports and Motorcycle Racing Games at the Olympics
Thermal-fluid Analysis Tool Highly Favored by Students to Pursue Research of Synthetic Jet
- Thermal Analysis is Beneficial for the Design of Food Contaminant Scanners
- Usability was a Deciding Factor in Choosing HeatDesigner for the Analysis Tool
Transforming Strong Winds to Gentle Breezes:
The Relationship between Wind Minimization, Wind Turbines, and CFD
- Real-time Solutions for Thermal Problems
- Key to Success is a Workplace Environment Where Design Engineers Can Promptly Implement Their Ideas
- Applying CFD (Computational Fluid Dynamics) to improve the efficiency of turbochargers for extended-range electric vehicles (EREVs)
- Streamlining production using 3D metal printing
More Practical, Accurate Wind Simulation Diversifies the Application of Wind Engineering
CFD Assists in Hygrothermal Control for Preservation of
Cultural Artifacts and Overall Energy Savings
Using scSTREAM to Evaluate Airflow in Production Facilities Improves the Technical Staff's Understanding and Enables More Effective Presentations to Clients
CFD Application for Dairy Products: Scientific Exploration for Great Tastes
Development of Fluid Control Equipment using
Computer Simulation and Quality Engineering
The Accurate CFD Software that Throttles Up
Building Design and Energy Modeling Processes
Thermal Fluid Analyses for the Design of the World’s Smallest Optical Disc Drive
Uncovering the True Nature of the Bluefin Tunas, “the Diamonds of the Sea”
Thermal Analysis Tool Enables Low-Cost, Fast–to-Market Product Development
Fluid Analysis Uncovers the Biophysiological Nature of Ancient Organisms
Performing Aerodynamic Noise Analyses to Meet Demands for Noise Reduction
Deciding CFD Tool Based on Thorough Evaluation of
Benchmark Model
CFD Tools Help NATS Team in the Student Formula Japan by Improving Vehicle Performance
Making the Most of CFD Analysis by Effective Coordination with BIM
Applying CFD to Increase Air-conditioning System Life Cycle Energy Efficiency
Helping Local Companies Solve Thermal Issues with CFD Tools
Achieving Size Miniaturization and Noise Reduction of Control Valves
Combining Tests and CFD Analysis to Solve Long Standing Issues
Fluid Analysis Software Helps Demonstrate Product Mechanism to Customers
Cradle scSTREAM Widely Used in the Architectural Industry
Key to Success: Creating an environment in which engineers can objectively evaluate analysis results
Specialty Manufacturer of Heat Sink Products
Unique Application of Thermal Analysis Tool
Automatic Design Analysis for Engine Components utilizing VB Interface
Students Take the Lead in Simulating Solar Car Aerodynamics
Performing Analysis including Fans and Utilizing Results in Many Areas
Assisting Architectural Designs with a Variety of Simulations Using scSTREAM
Using CFD to Predict and Evaluate Human Body Thermal Comfort
Successful Implementation of Thermo-Fluid Analysis in Car Navigation System Design
Jun Eto (Software Cradle, Software Engineering Dept.)
Keita Fujiyama
(Software Cradle, Software Engineering Dept.)
Yuki Kanayama
(Software Cradle, Software Engineering Dept.)
Takashi Mizuno
(Software Cradle, Development Department)
Shigeki Katsumura
(Software Cradle, Assistant Manager, Software Engineering Dept.)
Jun Eto
(Software Cradle, Software Engineering Dept.)
Takao Itami
(Software Cradle, Software Engineering Dept.)
