For naval architects, SolidWorks is the right choice to create complex geometries ranging from marine engines and piping to structural members and the outer hull. Models from SolidWorks can be easily exported to other software for further analysis. A nifty feature is the cost estimation tool that forecasts expenses during the construction process.
Ansys Aqwa can be linked to other Workbench modules and MS Excel for further analysis. The most common use of Aqwa is in obtaining vessel RAOs and in modelling marine cable behaviour. The software also supports transformative analysis i.e., the transformation between the time and frequency domains. The mooring functionality is particularly useful for the offshore industry.
Naval architects use OrcaFlex to plan the installation of various marine components including anchoring, mooring, riser dynamics, cable lay dynamics, pipelay analysis, splash-zone deployment, lift dynamics, seabed plough deployment, deep-water installations, J-tube pull-in, and seabed connections. It is used to study buoy behaviour and model potential buoy responses.
There are 3 OpenFOAM variants in use- the OpenCFD version, FOAM-Extend, and OpenFOAM Foundation version. This software excels in the fields of high-performance computing, meshing, multiphase studies, numerical solutions, optimization studies, turbulence modelling, and marine dynamics.
MOSES is another software from Bentley System and part of its overall naval architecture and marine engineering suite. Unlike MaxSurf that primarily focuses on ships and other ocean-going vessels, MOSES is an integrated offshore simulation software in use by various industries including the oil & gas sector and the offshore renewable energy field.
Rhino3D differs from other CAD software in that it uses freeform surfaces for model creation rather than opting for polygon meshed shapes. This yields a smoother finish that enhances quality in the final linesplan of the vessel. It can be used for a variety of purposes, including the design of automobiles and marine crafts.
FORAN predominantly works on the design of cargo vessels such as bulk and chemical carriers, container ships, oil tankers, and ro-pax or ro-ro vessels. It is also able to design naval vessels (including submarines) with the provision for designers to achieve advanced hull forms and meet specific requirements. The naval module also incorporates additional loading criteria from armament launching and loading. FORAN can also be used in the offshore industry with application to moored and free rigs, FPSOs, and SPAR platforms. It can also design tugs that are required to work across diverse conditions.
MATLAB, developed by MathWorks, is a heavy-duty mathematical and engineering software extensively used by naval architects, marine engineers, offshore researchers, and other maritime professionals to handle and process large quantities of data. MATLAB comes with a host of features used to model and study physical phenomena, geometries, and structures in the form of mathematical systems. The software is often combined with Simulink, a simulation suite from MathWorks that is used to simulate fluid flow, structural response, and hydrodynamic responses.
Aveva is a leading engineering software organization that specializes in the maritime and marine sectors. They offer a host of solutions ranging from ship design to digital twinning and remote maintenance tools.
NUPAS Cadmatic is an engineering solutions provider in different fields, including the marine and offshore sectors. Their marine design software solutions ensure standardized quality of design and engineering during the project lifecycle. Their diverse solutions cover a range of features naval architects require, and most functionalities are data-driven.
Some of the top software solutions provided by Cadmatic marine include Hull & Structural Design, Outfitting & Piping Design, Electrical & Automation, and Information Management. Cadmatic has also worked with NAPA to integrate many features and ensure cross-platform functionality. As an integrated maritime solution, all aspects of the project can be tracked and project phases can be recorded right from the design stage till eventual hand-over to the client.
NAPA is a marine engineering software firm that specializes in the integration of CAD with data analysis and other software solutions. It provides features that look into phases right from design to operations.
MS Excel is mainly used in the fields of marine production and planning and is an excellent tool to present data in a non-technical fashion to clients and end-users. Common uses of this tool include forecasting timelines, initial cost estimates, inventories of parts and requirements, recording technical parameters, and analysing structural scantling. 2b1af7f3a8