Відео

A 3D model of small fishing trawler made for PME

The aim of this experiment is to visualize flow streamlines using HM 150.10 by Gunt Humburb. This Experiment using HM 150.10 can be used to visualise streamline fields for flows around drag bodies and flow through changes in cross-section. The streamlines are displayed in colour by injecting a contrast medium (ink). Sources and sinks are generated via four water connections in the bottom plate....

This video is short tutorial on using MAXSURF Resistance software as an application on the part studied in AAST lM543T Ship Design Course for 8th semester students.

This video is short tutorial on using MAXSURF Stability software as an application on the part studied in AAST lM543T Ship Design Course for 8th semester students.

Fluid Mechanics I (NAM 221) - Tutorial 7: Fluid Kinematics

Fluid Mechanics I (NAM 221) - Tutorial 8: Conservation of Mass

Fluid Mechanics I (NAM 221) - Tutorial 6: Hydrostatic Forces on Submerged Curved Surfaces & Buoyancy

Creating Small Barge Model

Ship Design I (NAM383) - 3. Steel Weight Calculation

This is a quick tutorial for creating a simple planing hull using Rhino software

To experimentally validate the principle of “Conservation of Mass” for accumulating/evacuating tanks.

Fluid Mechanics I (NAM 221) - Lab 1: Hydrostatic Pressure Apparatus

Ship Design I (NAM383) - 2.2 Lines Plan Using AutoCAD

Ship Design I (NAM383) - Numerical Integration

Ship Design I (NAM383) - 2.4 Sectional Area Curve

Ship Design I (NAM383) - 2.3 Hull 3D Modeling Using AutoCAD, Rhino & MAXSURF

Ship Design I (NAM383) - 2.5 Sectional Area Curve Modification & LCB Shift

Ship Design I (NAM383) - 2.6 Resistance & Power Calculations - Part 1

Ship Design I (NAM383) - 2.1 Hull Generation Using Methodical Series

Ship Design I (NAM383) - 2.7 Resistance & Power Calculations - Part 2

Ship Design I (NAM383) - 2.8 MAXSURF Resistance & Power Prediction