MSE MARINE TECHNOLOGY
Marine & Offshore Consultants
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Our experience and knowledge covers wide range of ship types such as, offshore work boats, bulk carriers, tankers, container ships, high speed crafts, passenger ferries, pontoon, floating docks and FPSOs.
We are expert in strength and class calculations.
We also have vast experience in practical design solutions.
We care about cost efficiency, functionality, reliability and fabrication friendliness in our design studies.
Our services
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Preliminary& detailed design
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Class drawings
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Strength and class calculations
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Longitudinal hull girder, transverse strength and global strength analyses
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Buckling and fatigue
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Integration of cranes and equipment
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Foundation design
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Assistance and consultancy for classification, certification and plan approval
Global Analyses
Global strength analysis is performed to obtain a reliable description of the overall hull girder stiffness and to calculate and assess the global stresses and deformations of all primary hull members for specified load cases resulting from realistic loading conditions and the wave-induced forces and moments.
Based on our expertise with global wave load analysis, MSE Marine Technology may help you to ensure the structural integrity and safety of your novel designs in extreme loading conditions.
Local Analyses and Fatigue
In local analysis limited part of the structure for example, foundation of equipment, crane, machinery subjected to static or dynamic concentrated loads are modeled with appropriate boundary conditions.
In addition, structure may fail under repeated cycling loadings. In order to assess fatigue life of weldment or any other critical details, we may need to carry out local stress analyses.
Our capabilities with fatigue design and assessment cover wide range of studies. Depending on your needs or requirements our fatigue design may be performed with simplified methods or full stochastic analysis where wave loads are transferred directly from the hydrodynamic model to the structural model.
Composite materials
Our experience and knowledge enable us to model all different kinds of material behaviors. Composite materials is not a exception.
Buckling & ultimate strength analysis
Structural failure under the compressive loads can be predicted by finite element buckling analysis. In addition, in order to evaluate true safety margin of local structure or hull girder ultimate strength analysis will help to get intended results.
Vibration analysis
Structural vibration becomes a great concern in design and construction of vessels. Excessive ship vibration is to be avoided for passenger comfort and crew habitability. Furthermore, excessive ship vibration may result in the fatigue failure of local structural members or breakdown of machinery and equipment.
We are offering complete solution packages for vibration problems including prediction of vibration levels and advices to improve performance and comfort of the vessel design and compliance with international rules and standards.
Impact analysis
Our skills and experience with transient dynamic responses analysis allows us to assess the structural integrity and capacity under impact loads like slamming, collusion, dropped objects or shock.
Thermal analysis
MSE Marine Technology can analyze behavior of structure under thermal loads. Scope of the analysis depends on your need. It may be just heat transfer analysis for prediction of temperature distribution or thermal loading on structure both in terms of stress, deformation or failure.
Our expertise with finite element analysis enable us to perform very detailed models and sophisticated analysis types with high accuracy and reliability depending on your needs.
Based on our extensive experience we are able to offer finite element solution for broad range of constructions like floating structures, pressure vessels, industrial plant structures and any other type of load carrying structural systems.
Thanks to our multidisciplinary team we are expert in coupled solutions like fluid structure interaction and dynamic structural analysis based on dynamic wave loads.
We use most advanced tools, customized for our each key services in order to offer quick and comprehensive solutions by our experts.
Our Services
Based on our vast knowledge in hydrodynamic and fluid structure interaction studies we are offering wave load and motion prediction studies.
We can calculate motion responses or short and long term loading of floating bodies.
Following prediction of hydrodynamic and inertia loads global and local FE structural strength analysis can be carried out providing structural capacity including fatigue life.
In addition, site specific motion prediction helps to evaluate marine operations
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Computation of hydrodynamic loads and dynamic response
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Motion analyses (short term and long term approach)
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Deck wetness index and green water calculation
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Slamming and sloshing evaluation
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Single or multibody motion analyses
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Dynamic load analyses for moorings
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Workability analyses
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Hydrodynamic performance prediction and optimisation
Our services
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Wind resource assessment and site selection
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Mooring system (or foundation) preliminary and detailed design
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Structural analysis of offshore wind turbines including base structures, tower and rotor-nacelle assembly
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Fully coupled motion and mooring analyses
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Dynamic structural analysis of wind turbines
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Wind farm layout and grid connection design
Our services
OFFSHORE RENEWABLE ENERGY
SHIP & OFFSHORE STRUCTURE DESIGN
OFFSHORE RENEWABLE ENERGY
FINITE ELEMENT ANALYSIS
HYDRODYNAMICS
Ship and Offshore Structure Design
Renewable Energy
Finite Element Analysis
Hydrodynamics