OCEAN TECH REVIEW · APPLIED ENGINEERING
Naval Architecture Projects
Naval architecture projects at Ocean Tech Review document applied work in ship hydrodynamics, CFD, hull-form development, vessel design, arrangement, and engineering software workflows—from the original problem and model setup to results, limitations, and practical interpretation.
APPLIED NAVAL ARCHITECTURE
Recent Project Case Studies
These project case studies document practical work in naval architecture and related marine engineering. Each study focuses on the engineering problem, relevant assumptions, modelling or design approach, analysis, results, and the conclusions that can reasonably be drawn from the work.
PRACTICAL SOFTWARE NOTES
Software & Workflow Notes
Focused technical notes cover useful parts of the software and workflows used during naval architecture projects. Topics may include OpenFOAM case setup, meshing, boundary conditions, geometry preparation, parametric modelling, automation, post-processing, and other steps that are easier to understand through a practical engineering example.
PROJECT AREAS
Naval Architecture & Engineering Areas
The projects are organized around engineering problems rather than individual software packages. Different tools and methods are used depending on whether the work concerns flow physics, vessel geometry, ship design, arrangement, or engineering automation.
Ship Hydrodynamics & CFD
Ship resistance, free-surface flow, wave interaction, vessel motions, shallow and confined-water effects, and other problems where computational fluid dynamics can support engineering analysis.
Hull & Parametric Design
Hull-form development, geometry modification, parametric modelling, controlled design variation, and workflows connecting vessel geometry with performance analysis.
Ship Design & Arrangement
Vessel arrangement, equipment positioning, classification requirements, spatial constraints, and practical design decisions involved in developing workable ship concepts.
Engineering Automation
Scripts, reusable workflows, automated simulation preparation, data processing, result extraction, and other methods used to reduce repetitive engineering work.
INSIDE A PROJECT
How the Project Work Is Documented
Naval architecture projects do not all follow the same sequence, but a useful engineering record should make it possible to understand where a result came from. The following stages provide a consistent framework for documenting the work.
Engineering Question
Define the physical, numerical, or design problem and establish what the project is intended to answer.
Geometry & Inputs
Establish vessel geometry, operating conditions, reference dimensions, design constraints, and the inputs required for the analysis.
Model & Setup
Document the numerical setup, mesh, boundary conditions, assumptions, design rules, or calculation methods relevant to the problem.
Analysis
Perform the CFD simulation, design study, comparison, calculation, or other technical assessment required by the project.
Verification & Checks
Where appropriate, examine mesh sensitivity, convergence, reference data, rule requirements, consistency, or other checks before interpreting the output.
Engineering Interpretation
Separate raw numerical or design output from the engineering conclusion and state the limitations affecting how the result can be applied.
ENGINEERING WORKFLOW
METHOD FOLLOWS THE PROBLEM
From Geometry and Setup to Engineering Results
The workflow changes with the engineering question. A ship hydrodynamics project may require hull geometry preparation, mesh generation, free-surface CFD, convergence checks, and post-processing. A vessel arrangement study may depend more heavily on classification requirements, spatial constraints, and practical ship-design decisions.
Software is therefore treated as part of the engineering method rather than the objective of the project. The important question is not which program produced an image, but whether the modelling choices and resulting data are appropriate for the naval architecture problem being considered.
TOOLS & METHODS
Software Used Across the Project Workflow
Software is presented here in the context of the engineering tasks it supports. Individual case studies and workflow notes can document specific settings, procedures, and limitations in greater detail when those details are useful.
Free-surface CFD, ship resistance, wave-related analysis, mesh workflows, boundary conditions, solver configuration, force extraction, and post-processing.
Official documentation →Parametric hull geometry, controlled design variation, automated geometry generation, and workflows connecting vessel form with numerical analysis.
Official documentation →Engineering calculations, data processing, result extraction, workflow automation, plotting, and repeatable CFD post-processing tasks.
Official documentation →Hull and surface modelling, geometry preparation, inspection, editing, and supporting CAD work before simulation or vessel design development.
ENGINEERING INTERPRETATION
From Simulation Output to Engineering Result
A CFD contour, rendered hull geometry, or solver output can be useful evidence, but it is not automatically an engineering conclusion. Results need to be interpreted against the assumptions, operating conditions, and reference quantities that produced them.
Depending on the project, this may involve mesh assessment, convergence behaviour, comparison with experimental or reference data, classification requirements, sensitivity to modelling choices, and a clear statement of limitations.
PROJECT ARCHIVE
Explore the Complete Naval Architecture Project Archive
Browse published project case studies and practical software notes covering ship hydrodynamics, CFD, ship design, hull development, engineering software, and related marine engineering work.