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inload is a
software package for perfor-ming efficient loading, strength and stability
calculations
for sea-going vessels carrying liquid or bulk cargo.
The main features that make inload unique, include:
·
Accuracy: inLoad
provides a platform for efficient and accurate calculations of ship’s
stability and strength without the compromise of using pre-calculated
tabular data as most of the programs use today.
·
Safety: This platform is also used for applying
loading optimization and loading sequence optimization techniques towards
the determination of safer and more effective loading procedures.
·
User oriented: Makes the life of operators
and engineers much easier in providing them with a collection of
sophisticated tools available in high-end ship design software – or not
available anywhere else at all!
·
Approved: In addition
to the various specific ship approvals inLoad has
also been certified with General approval issued from Lloyd’s Register

Figure 2.
Stability-strength results at a glance
Download inLoad
brochure in pdf format or zip archive.
Download a fully functional demo of the program.
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Figure 1. inLoad visualisation
capabilities
·
Easy to use: Easy to use interface which can be adapted to the user’s needs. Comprehensive loading of tanks as well as
creation, loading and saving of loading cases.
·
Fast: Accurate results in incredibly short
times (compared with leading ship design software).
·
High quality / price ratio.
·
Reliable: Reliable database support,
without the need of any third-party software.
·
Flexible: Flexible reporting tools. The
html and rtf formats used may be viewed and transferred as easy as any
other web page or word document. Formatting and customization can be
performed with ordinary word processors.
·
Multiple platform: Multiple platform support
(Microsoft Windows ©, LINUX and other UNIX based platforms).
·
Easy to read: Easy to read and customize
2D-plots
using
in-house plotting library
inPlot2D
·
Advanced: Automatic loading
optimization procedures using sophisticated in-house algorithms.
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