Tuesday, October 27, 2009

Delftship Drawing Modes for Naval Architects

Delftship is light yet powerful ship design software for naval architects capable of developing hull form or ship's lines plan and calculating hydrostatic properties. In my previous post, I discussed about how to design the main deck of a yacht using extrude function of the software.


Now I am going to discuss various drawing modes which the Delftship has to visualize the ship drawings in three dimensional views. On page 14 of Delftship user manual book we can read that the computer ship design software provides five drawing modes which ship designers can use to see the fairness and the 3 dimensional forms of their design.


After designing the hull form of the yacht, I want to visualize it on computer screen in 3D views. The first view is Wireframe. This is the view which naval architects can use to see the boat or ship through its points, lines and edges. The designed ship is presented only with lines. Press Ctrl-W and you will see the yacht that looks like the following drawing



delftship-yacht-3D-1.jpg


To further explore the Delftship design capability, we can visualize our yacht in Shade drawing mode. The surfaces of our yacht will be represented in solid color, lines and curves. The submerge surfaces of the boat will have different color. Press Ctrl-F to see the boat in Shade Mode.



delftship-yacht-3D-2.jpg


Naval architects can check whether the surfaces of their design are developable or not. This can be done by pressing Ctrl-D. The boat will look like the following



delftship-yacht-3D-3.jpg


The above view is needed by the shipbuilder to see whether the hull which naval architects develop can be manufactured or not. Most of the ships' hulls have curve forms in two directions. These are also called compound curves. Naval architects need to design the hull form of the boat in a way that the surface will look green to enable plate development.


The next drawing view to visualize the yacht is the Gaussian curvature. Press the Ctrl-G, then the drawing of the boat will look like the one below:




delftship-yacht-3D-4.jpg


The Gaussian curvature is used to check the fairness of the hull. Please read page 14 of the Delftship user manual to understand more about this view. The last drawing mode is Zebra shading. To activate it, press Ctrl -E.


Computer ship design software such as Maxsurf, Delftship, Rhinoceros and Autoship are powerful in helping naval architects in visualizing their designs in 3D forms to ship owners. These software have greatly shorten the drawing or design time period naval architects usually spend when executing it manually. by Charles Roring. Also read: Yacht design with Delftship


0 comments:

Post a Comment

Naval Architecture Articles

Ship design calculation

Displacement in Ship Design calculation

How to calculate displacement of newly designed ship

Ship's Displacement Calculation using Simpson's Rule

Ship Displacement and Capacity

How to estimate ship's length for a new design

Resistance and propulsion calculation in ship design

Ship rudder

Ship Design Books

Computer Aided Ship Design

Delftship Drawing Modes for Naval Architects

Yacht design with Delftship

Adding Knuckle Line or Hard Chine to a Boat's Hull in Delftship

Designing lines plan with fastship

Fastship and delftship for naval architects

Other articles related to ship design consideration

The interior of passenger ship

Cruise ship and passenger

Traveling with Cruise Ship or Private Yacht

Solar Sail that use photovoltaic

Marine Diesel Engine the most prefered power plant

Trimaran a fast passenger boat

Luxurious Trimaran Boat


Propeller Design

· Propeller and ship's hull

· Propeller design methods

· Design constraints of propeller

· Propulsion systems other than propeller

· Resistance and Propulsion Calculation

· Prime Mover of Passenger Ship

· Modern and Traditional Trawler Ship

· Efficient propulsion system in ships and boats

Propeller Pitch

· Propeller Pitch Ratio

· Propeller Mean Pitch Calculation

· Pitch diameter ratio of a propeller

· Controllable Pitch Propellers

· Controllable pitch and fixed pitch propeller

· The Speed of Ship and Propeller Pitch

Propeller's blade strength

· Propeller Strength Calculation

· Material and strength of marine screw propeller

· Propeller rake and blade thickness diameter ratio

Marine Propeller's Cavitation

· Cavitation of Marine Propeller

· The effect of turbulence on marine propeller

Statics and Dynamics of the Ships
Waterplane Area Calculation

Simpson's Second and first Rules for waterplane area calculation

Rolling Period of A Ship

Ship displacement calculation

Stability of Cruise Ship

Diving boat general arrangement consideration

Watertight bulkheads in cruise ship and theory of insubmersibility

Trimaran a fast passenger boat

Marine Video

Loading...