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Maxsurf
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Maxsurf
complements the ShipConstructor software suite
by providing for initial design and analysis of
almost any marine vessel prior to being detailed
in ShipConstructor. ShipConstructor users all
around the world are using Maxsurf in
conjunction with ShipConstructor with great
success.
The
Maxsurf design module provides naval architects with the
design tools necessary to create optimised hull forms
quickly, accurately and with limited training time. Any
number of NURB surfaces can be joined, trimmed and
manipulated to create a complete model ready for
hydrostatic and performance analysis or construction
detailing.
Fair and accurate surfaces are
critical for optimal vessel performance and ease of
construction. Maxsurf provides a comprehensive range of
tools for evaluating curvature of the entire surface, as
well as curvature along a particular surface contour
such as a waterline or diagonal. Curvature displays are
automatically and interactively updated as you modify
the surface. While optimising the hull shape, Maxsurf
provides on-the-fly curve of areas, upright hydrostatics
and tables of offsets.
All Maxsurf designs are stored in
an integrated database which is accessed directly by
other modules for analysis, construction and performance
prediction. Initial structural definition is carried out
in Workshop. This preliminary structural model can then
be exported to ShipConstructor for detailing and
production.
For more
information visit
www.FormSys.com. |

Initial Design
The
Maxsurf suite works from a single design file,
streamlining the design process by removing the
need to create geometry files in different
formats for downstream analysis programs. This
also maintains the integrity of the design, as
no information about the hull shape is lost
through unnecessary conversions to wireframe or
offsets file formats.
The
following Maxsurf modules allow you to quickly
perform initial design of any type of vessel,
working from a common 3D NURB surface model and
share the same intuitive Windows graphical
interface. |
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Prefit |
Automated input of existing designs from a set
of data points. Optionally uses unique genetic
algorithm technology to ensure the fitted
surface is both accurate and fair. |
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Maxsurf |
Maxsurf offers highly
specialised tools for modeling hulls, appendages
and superstructures using trimmed NURB surfaces.
Also includes parametric transformation,
on-the-fly hydrostatics and curvature
evaluation. |
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Workshop |
Initial structural definition
of shell plates, stringers, frames and decks.
All structural data can optionally be exported
to ShipConstructor. |
Analysis
The suite of analysis
modules in the Maxsurf range allow you to
predict vessel performance. Whether it is
stability, strength, resistance or motions, all
applications work from the same common 3D NURB
surface model. If your design changes, analysis
can be re-run on the modified hull shape,
without re-entering analysis input data.
The
analysis modules cover the full range of naval
architectural requirements, and all with a
consistent hull model and using a common
graphical user environment. |
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Hydromax |
Stability and strength
module providing fast,
graphical and interactive calculation of intact
and damaged stability for all types of Maxsurf
designs. |
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Seakeeper |
A hydrodynamic and seakeeping
analysis program that provides fast, reliable
calculation of vessel response and seakeeping
characteristics for many types of Maxsurf
designs in a variety of sea states. |
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Hullspeed |
Estimate the resistance and
power requirements for any Maxsurf design using
industry standard prediction techniques. |
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Mulitframe |
Structural experts
can run a static and dynamic
structural analysis on the structure of
their vessel to comply with class requirements
and optimise it for strength and weight. |
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SPAN |
SPAN provides sailing
performance analysis for yachts in a variety of
sailing conditions and produces performance
polar curves to show predicted speeds. |
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Hydrolink |
Industry standard data
exchange is provided with Hydrolink
between a range of modeling, performance
prediction, and
hydrostatics programs. |
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