NAKASHIMA PROPELLER Co., Ltd.
Using Fluid Analysis Capabilities to Improve Marine Propeller Efficiency and Stay Ahead of International Competition

FLUID TECHNO Co., Ltd.
Enhancing Ship Design through Combinational Use of CFD (Computational Fluid Dynamics) and Extensive Data

Kinki University, Faculty of Agriculture
Uncovering the True Nature of the Bluefin Tunas, “the Diamonds of the Sea”

Software Cradle, Software Engineering Dept.
Development of the Cavitating Flow Analysis Function

Assessing the Capability of Water Lens Turbine for Tidal Power Generation

CFD Application of Simplified Propeller Model to Simulate Propeller and Rudder Interactions

Estimation of Marine Propeller Performance in Open Water

Evaluation of Marine Diesel Engine Coolability

Evaluation of Small Cruising Vessel Posture Using Free Surface Analysis

Overset Mesh – Overset Method

Performance Evaluation of Ship Propeller by Fluid Analysis

Predicting Marine Propeller Cavitation

Predicting the Proportion of Discharged Air from an Aeration Tank

Tank Test Simulation of Blunt Ship (Self-propulsion Condition)

Tank Test Simulation of Blunt Ship (Towing Condition)

Using SC/Tetra to Estimate Ship Hull Pressure Fluctuation

Wind Resistance on a Sea Carrier Transporting Wood Chips