Reinhard Siegel
YACHT DESIGN SOFTWARE
EUROPEAN DISTRIBUTOR FOR
AEROHYDRO
MARINE DESIGN SOFTWARE
Advanced Tutorial Articles
- 24 About Hull Shapes with Vanishing Chine
Two methods - 23 About Shape Effects on Lofted Surfaces
The problem with the cabin top - 22 Three Modeling Exercises
Catamaran hull, multi-concave hull bottom, Swath Ship: pod - strut transition - 21 Components
Part 2 – Deck Equipment and Miscellaneous - 20 Components
Part 1 – Basics and Examples - 19 The Solve Set Entity
About iterative solutions of geometry problems - 18 Form Features
About particularities of geometry of hull, deck and keel - 17 B-spline Curves and B-spline Surfaces
Properties and applications - 16 Automated Hull Form Variation
Derived mastercurves for target values of volume and LCB - 15 Developable Surfaces in MultiSurf
Hull, deck, superstructure - 14 How to Create Computing MultiSurf Models
Variables, formulas and functions - 13 Decks and Superstructures
On decks, trunks cabins and bubbles - 12 Vanishing Spraychine
On hull form characteristics - 11 On Modeling Ship Hull Forms in MultiSurf
Strategies and methods - 10 On Keel Ballast Bulbs
Strategies and methods - 9 Fitting Surfaces to Predefined Shapes
How to create a MultiSurf model from a paper lines plan - 8 On Roundings and Touching B-Spline Surfaces
How to make a B-spline Lofted Surface touch an other surface - 7 On Modeling of Classic Sailing Yacht Hulls
Some variations of the round bilged hull theme - 6 Modeling a Rudder
Strategies and methods - 5 On 2D Components
On the creation of a frame in the aftbody of a metal powerboat - 4 Chine Form Powerboat Hulls
A further variation of the C-spline Lofted Surface theme - 3 Round Bilge Hull With Vanishing Chine
A complex variation of the round bilge hull theme - 2 Round Bilge Hull With Full Length Chine
A simple variation of the round bilge hull theme - 1 On the Modeling of Round Bilge Hulls
C-spline Lofted Surface and the vertex curve method