| Title |
Updated |
Grade |
Popularity |
Size |
|
|
 Maxsurf 11 Manual |
2008-11-13 |
 |
150 |
8371.85 KB |
| This manual describes the Maxsurf program and is divided into five chapters. It uses a
learn-by-example method and introduces you to the features of Maxsurf in a step-by-step
manner.
Many of the examples given use designs supplied with your M.. |
| |
|
| Maxsurf 3d superesteuc modelling |
2008-11-13 |
|
195 |
32.14 KB |
| * Fast to learn and easy to master graphical interface
* Model complex hull geometry with trimmed surfaces
* Visualise hull shape changes with dynamic updating
* Match required hull parameters using parametric transformation
* Extract key de.. |
| |
|
| Maxsurf Example1-Three_ways_to_model_a_chine_hull |
2008-11-13 |
|
123 |
790.76 KB |
| There are three ways of producing surface discontinuities (or chines)
in a hull:
1) Compacted control points
Only a single surface, useful for blending a chine into a round bilge.
More complicated fairing, more difficult to adjust spline sti.. |
| |
|
| Maxsurf Example2-Designing_a_hull_with_developable_surfaces |
2008-11-13 |
|
196 |
1103.41 KB |
| Maxsurf is able to facilitate the design of a hull using developable
surfaces. A developable surface is one that can be formed from a flat
sheet without stretching the material. There are several main
processes to creating such a design: |
| |
|
| Maxsurf Example3-Surface_Fitting |
2008-11-13 |
|
105 |
1246.04 KB |
| The lines plan may be in one of several different formats:
14.1.1.1. 3D DXF computer file
If the existing lines plan is in 3D DXF format, it can be read directly
into Maxsurf and markers generated automatically. To do this, start a
new desig.. |
| |
|
| Maxsurf Example4-Designing_Transom_stern_hulls |
2008-11-13 |
|
136 |
205.58 KB |
| 15.1. Yacht hull with skeg using 6 bonded surfaces
Here, a skeg that runs part of the length of the hull has been achieved
with six bonded surfaces. The main hull and after hull have been
given slope continuity at their bonded edge by using t.. |
| |
|
| Maxsurf HullSpeed Training |
2008-11-13 |
|
106 |
208.37 KB |
| Hullspeed is a resistance prediction tool. It uses a number of standard regression
equations to estimate naked hull resistance. The hull measurements and parameters
required may be automatically calculated from an existing Maxsurf design, or m.. |
| |
|
| MaxSurf Manual |
2008-11-13 |
|
164 |
2042.21 KB |
| This manual describes the Maxsurf program and is divided into five chapters. It uses a
learn-by-example method and introduces you to the features of Maxsurf in a step-by-step
manner.
Many of the examples given use designs supplied with your M.. |
| |
|
| Maxsurf Training |
2008-11-13 |
|
164 |
2512.1 KB |
| This training manual should be used in conjunction with the Maxsurf User manual
supplied with the program. It provides additional examples and explanations of the
features available in Maxsurf and how they may be used to their best advantage.
.. |
| |
|
| Maxsurf Tutorial1-Design_Simple_Hull |
2008-11-13 |
|
237 |
415.96 KB |
| Tutorial 1: Design simple hull
1. If you have an existing design open, first close it by selecting
File | Close. Now create a new design by selecting File | New Design.
2. Go to Data | Units, and select metres as the units for length,
and to.. |
| |
|
| Maxsurf Tutorial2-Fairing |
2008-11-13 |
|
220 |
357.15 KB |
| We now want to manipulate the design to increase the overall
fairness of the hull shape. The easiest way to ensure a fair surface is
to keep the control net as fair as possible, since this will effectively
amplify any unfairness in the surfac.. |
| |
|
| Maxsurf Tutorial3-Chine_hull_using_multiple_bonded_surfaces |
2008-11-13 |
|
195 |
554.27 KB |
| 1. If you have an existing design open, you will have to close it
first (File | Close Design). Select File | New Design menu option.
2. Create a topsides surface from a flat, longitudinal plane
(Surfaces | Add Surface | Longitudinal Plane).
.. |
| |
|
| maxsurf User Manual |
2008-11-13 |
|
68 |
1367.58 KB |
| This manual describes Maxsurf v8 for Windows and is divided into
five chapters. It uses a learn by example method and introduces you
to the features of Maxsurf in a step by step manner.
Many of the examples given use designs supplied with you.. |
| |
|
| Maxsurf_Digitizing |
2008-11-13 |
|
122 |
315.78 KB |
| The first step in the process of fitting a surface to a lines plan is getting a three dimensional
set of marker points to use as a guide. If you have a lines plan that can be scanned into a .jpeg
or .bmp file, this is a fairly straightforward .. |
| |
|
| Maxsurf_Hydromax Training |
2008-11-13 |
|
824 |
345.01 KB |
| The Design window gives you a perspective, plan, profile or body plan view of the
vessel. Tanks, compartments, margin line, down flooding points etc may all be
displayed in this view. You should use these views to check that the Hydromax
sect.. |
| |
|
| Maxsurf_Hydromax Training_Examples |
2008-11-13 |
|
184 |
445.77 KB |
| Before carrying out an inclining experiment, the following vessel preparation is
required:
• vessel as complete as possible and surveyed to determine weights which will be
added or removed when in service
• boilers and engine sum.. |
| |
|
 Maxsurf_Hydromax Training_Tutorials |
2008-11-13 |
|
195 |
445.68 KB |
| When prompted, select Read Sections from File and set precision to medium. Click
OK to close the dialog box. If you change to the Design window (select from the
menu either Window | Profile, Window | Plan, Window | Perspective or Window |
Bod.. |
| |
|
| Maxsurf_Manual Spainish |
2008-11-13 |
|
137 |
2151.42 KB |
| Este manual se halla dividido en cinco capítulos. Usa un método de
aprendizaje mediante ejemplos y presenta las características y
prestaciones de Maxsurf paso a paso.
Muchos de los ejemplos que se presentan utilizan diseños
proporc.. |
| |
|
| Maxsurf_Vs_Autoship |
2008-11-13 |
|
166 |
178.19 KB |
| 3. Generate hull form by line distortion
approach from table of offsets or CAD
file. (Fairing)
Maxsurf control points are easier to use for smaller
vessels.
Autoship prefers to rely more on command based
interface. |
| |
|
| Shipconstructor Hvac |
2008-11-13 |
|
96 |
2653.17 KB |
| The Heating, Ventilation, and Air Conditioning (HVAC) module is fully integrated with the ShipConstructor suite to
provide an easy method for designing HVAC systems in a ship.
The HVAC module’s functionality can be accessed through the ShipCo.. |
| |
|
| ShipConstructor_Hull |
2008-11-13 |
|
114 |
12682.86 KB |
| Toggles between showing and hiding the developabilty of the surface. The developability is indicated by different line
colors, where the colors are defined as follows:
· Green – Developable
· Orange – Slightly warped
· Red – Undevelopa.. |
| |
|
| ShipConstructor_Installation |
2008-11-13 |
|
89 |
8088.57 KB |
| Hull Module
The new Hull module combines proven ShipCAM surfacing technology and new smart surface objects with the
simplicity of working inside of AutoCAD. This brings together the best of two worlds, allowing users to easily and
intuitively.. |
| |
|
| ShipConstructor_MREN_Feb08 |
2008-11-13 |
|
109 |
233.53 KB |
| As a result of a partnership between
the shipbuilding industry and higher
education, the University of Wisconsin-
Marinette and the University of South
Alabama will soon be offering the first
continuing education shipbuilding
course in the.. |
| |
|
| ShipConstructor_Pipe |
2008-11-13 |
|
95 |
7712.09 KB |
| The Navigator is a convenient way to navigate through the large number of drawings involved in ship design project.
The Navigator lets you navigate effortlessly through the many drawings that make up a ShipConstructor project. There is
one pag.. |
| |
|
| Tribon User Guide |
2008-11-13 |
|
95 |
22.49 KB |
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