Technical consultancy and Analysis in Canada
We provide extensive analyses and calculations to optimize ship design and operation. Our services ensure that your vessel meets the highest standards of safety, performance, and regulatory compliance.
Overview
From structural calculations to hydrodynamic optimizations.
At FKAB Marine Design, we offer advanced analysis and calculation services to ensure optimal performance, safety, and efficiency within the global maritime industry. Our services are built on technical expertise, innovative simulation methods, and a strong focus on environmental responsibility. By applying industry-leading analysis and optimization strategies, we create solutions that not only meet today’s regulatory requirements but also prepare vessels for the challenges of the future.
Analysis
Analysis services from FKAB
We provide in-depth analyses to ensure that every aspect of ship design is optimized for efficiency, safety, and sustainability.
FEM analysis & structural calculations
Finite Element Method (FEM) analysis to assess structural strength and safety.
Hull shape verification & optimization
Collaborating to understand your unique requirements and define the vessel’s purpose and capabilities.
Propulsion studies & system integration
Evaluation and integration of propulsion systems for optimal performance.
Cargo, ballast & environmental systems integration
Analysis of cargo and ballast tanks, as well as environmental enhancement systems, for optimal operation.
Stability documentation & inclination tests
Documentation and testing to ensure stability and regulatory compliance.
Intact & damage stability assessments
Stability calculations for both intact and damaged conditions.
Load line & weight distribution calculations
Load line and weight distribution calculations for safe operation.
OUR PROCESS
A streamlined process designed to deliver results that meet our clients’ expectations.
Our proven design process guarantees that every vessel meets the highest standards of quality and functionality
Step 1
Feasibility study
Assessing design options and operational requirements through technical and economic analysis.
Step 2
Concept development
Working together to understand your unique requirements and define the vessel’s purpose and capabilities
Step 3
Engineering & design
Precision-driven blueprints tailored to cargo specifications, ensuring both efficiency and compliance
Step 4
Delivery & support
Ensuring seamless construction and operational readiness with ongoing client support.
CASE STUDIES
Proven expertise in action
Explore how FKAB Marine Design has delivered innovative and successful projects worldwide
CONTACT FORM
Let’s design the future together
Have a project in mind? Simply fill out the form, and we’ll get back to you as soon as possible.
SERVICES
Our expertise at your service
From concept to delivery, FKAB Marine Design provides complete solutions tailored to your needs.
Ship design
Energy efficient and sustainable ship designs to your needs
Technical documentation
From blueprints to manuals. We deliver precise technical documentation you can trust.
Sustainable audits & Energy optimisations
We analyze and optimize energy usage with a holistic approach to reduce environmental impact and improve operational efficiency
Technical consultancy and analysis
From nautical architecture assessments to marine engineering studies – delivering end-to-end analysis.
Yard Evaluation
With decades of experience and a broad network in China, we guide you through the yard evaluation process.
Styling & visualization
We visualize your vision and make it stand out.
FAQ
Answers to guide your maritime journey
What is finite element analysis (FEA) in ship design?
Finite Element Analysis (FEA) is a numerical method used in ship design to assess how structures respond to loads and stresses. The ship structure, or a specific part of it, is divided into smaller elements and analysed to identify stress concentrations, deformation and potential structural weaknesses. FEA is commonly used to verify and optimize hull structures, foundations, tanks and other critical structural components, supporting both safe design and efficient use of material.
What is hydrodynamic analysis used for?
Hydrodynamic analysis is used to understand how a vessel interacts with the water and to predict its performance under different operating conditions. It can be used to evaluate resistance, propulsion, seakeeping, manoeuvring and the effects of different hull forms. In ship design, these analyses help optimize hull geometry and propulsion arrangements to improve efficiency, performance and operational characteristics.
When is CFD analysis needed in a newbuild project?
CFD analysis adds most value during the early and intermediate stages of a newbuild project, when the hull form and other hydrodynamic features can still be optimized. It allows different design alternatives to be evaluated efficiently before the design is frozen. Model testing is typically introduced later to validate resistance, propulsion and other key performance characteristics of the selected design. Used together, CFD supports efficient design development while model testing provides physical verification of the final or near-final configuration.
What ship stability calculations are required for class approval?
List intact and damage stability requirements and the deliverables class expects.
Does FKAB provide analysis services for Canadian owners and yards?
Yes. FKAB provides ship design, engineering and analysis services to shipowners and shipyards in Canada and internationally. Our services can support both newbuilding and conversion projects and are adapted to applicable class, flag and regulatory requirements.
What analysis is needed for gas and bitumen tanker projects?
Gas and bitumen tanker projects require analysis tailored to their specific cargo and operating conditions. Typical work includes stability, structural and hydrodynamic analysis, together with assessments of cargo containment, tank loads, thermal effects and relevant safety requirements. The exact scope depends on the cargo, vessel configuration, class and applicable regulations.
Innovation, passion, trust and reliability
Work with FKAB Marine Design to pioneer the next generation of sustainable shipping