PLM for Marine and Offshore

Used to predict the corrosion fatigue life of components and structures subjected to cyclic loading in corrosive environments. fe-safe provides a comprehensive set of tools for corrosion fatigue analysis, enabling marine engineers to assess material performance under various corrosive conditions

We apply advanced simulation techniques to evaluate material behavior in corrosive marine environments, helping you to make informed decisions about material choices to ensure long-term durability and performance.

Enables engineers to simulate and analyze the fatigue behavior of materials and structures. It offers advanced capabilities for modeling complex geometries, material properties, and loading conditions, allowing for accurate prediction of fatigue life under various operational scenarios.

For the setup of sophisticated simulation models, interpretation of results, and optimization of designs to enhance fatigue resistance. Our simulation engineers conduct advanced simulations such as fatigue and durability analysis, ensuring the longevity and reliability of marine and offshore structures.

Offers advanced capabilities for addressing hydrodynamic loading challenges, such as particle-based Lattice-Boltzmann technology for complex CFD workflows; free-surface flow modeling for accurate simulation of wave-structure interactions; automatic lattice generation and adaptive refinement to minimize pre-processing time; high-fidelity WMLES (wall-modeled large eddy simulation) for turbulence modeling; and the ability to handle moving geometries, which is crucial for analyzing dynamic offshore structures.

For comprehensive support in hydrodynamic loading analysis, including concept development and detailed design, advanced 3D modeling and simulation tools, environmental impact assessments, stress and load analysis for ensuring structural integrity, and the integration of hydrodynamic considerations into overall structural design.

Offers advanced modeling capabilities for complex geometries and materials; non-linear static and dynamic analysis for accurate prediction of structural responses; fatigue and fracture mechanics analysis to assess long-term durability; fluid-structure interaction simulations to model wave and current effects; and the ability to simulate extreme loading conditions, including seismic events and impact loads.

For detailed modeling of offshore structures and components; analysis of structural responses under various loading conditions; identification of stress concentrations and potential failure points; optimization of designs for improved strength and durability; fatigue life assessment and prediction; and the evaluation of structural performance under extreme environmental conditions.

Helps engineers create lightweight, high-performance structures using advanced algorithms to analyze structural performance and iteratively remove or redistribute material where it’s not needed.

Supports multiple stages of product development, including conceptualization, design, engineering, and manufacturing. Advanced product design and experience capabilities make CATIA an excellent tool for weight optimization in marine structures.

For support identifying, analyzing, and optimizing materials and manufacturing methods to balance performance, cost, and environmental impact, which is especially important for weight optimization in marine applications.

Provides capabilities for simulating physical phenomena such as structural mechanics, fluid dynamics, and heat transfer. Accurately model and analyze how products and components will behave in different environmental scenarios, reducing the need for physical prototypes.

TECHNIA experts deploy advanced analysis solutions to optimize product performance, reliability, and efficiency. Our services include specialized capabilities like thermal analysis and coupled physics simulation to provide precise insights into how products will perform under specific environmental conditions.

Simulate various loading conditions and environmental factors that marine components may experience over their lifetime. Predict fatigue life based on stress-life, strain-life, and crack growth methodologies. Integrate analyses with FEA results to provide accurate fatigue life predictions based on complex loading scenarios. Offers advanced features like multi-axial fatigue analysis and vibration fatigue.

For designing, setting up, and running complex simulations to predict long-term product performance. Our experts analyze and interpret simulation results to identify potential failure modes and areas for design improvement. We’ll then provide recommendations for design modifications to enhance product durability and reliability. Additionally, we can provide training and support to help in-house teams leverage fe-safe effectively for ongoing product development.

For detailed 3D modeling of prototypes, allowing marine engineers to create highly accurate digital representations of components and systems. CATIA enables precise design iterations and virtual testing, reducing the need for physical prototypes.

Provides powerful simulation capabilities for virtual prototype testing. SIMULIA allows engineers to subject digital prototypes to various environmental conditions, loads, and stresses typically encountered in marine environments. This enables comprehensive performance analysis and optimization before, or in place of, physical prototyping.

From initial concept to final delivery, TECHNIA design engineers manage the entire development and evaluation process, ensuring seamless integration of design, development, and implementation. We deliver cost-effective, high-quality results on time and within budget while minimizing resource strain on your teams.

Enables virtual simulation and optimization of welding processes, including the testing of different welding parameters and sequences; identification of potential issues before physical implementation; optimization of welding paths and robot movements; and reduction of material waste and production time.

Provides advanced analysis of welding-induced stresses and deformations for the prediction and mitigation of welding distortions; analysis of residual stresses in welded structures; optimization of weld placement for structural integrity; and the evaluation of fatigue life from welded components.

For comprehensive analysis of welding processes, including thermal analysis to predict heat distribution and cooling rates; structural integrity assessments of welded joints; optimization of welding parameters for specific materials; and custom simulation workflows for complex welding scenarios.

Offers specialized composite design tools that enable engineers to create detailed 3D models of composite structures; define and manage complete stacking sequences; generate plies from virtual stacking designs; and perform advanced producibility analysis with fiber simulation for hand layup and fiber placement.

Provides a comprehensive library of complex material models for composites with powerful simulation capabilities for composite structures, including analysis of composite material behavior under various loading conditions; performance analysis and failure modes of composite layups; and simulation of damage and failure progression in composite structures.

For expert support in selecting appropriate composite materials for specific marine applications. Our design engineering teams offer CAD-based drafting services for creating laminate drawings and layup plan scans; optimization of laminate architecture to achieve required mechanical properties; and laminate design development tailored to meet functional, load scenario, and geometrical requirements.

Helps manage and track inspection data and processes by centralizing inspection records for easy access and analysis, facilitating collaboration between quality control teams, and ensuring traceability and compliance with industry standards.

Supports the planning of inspection procedures with virtual modeling to optimize workflows. Reduces errors by providing augmented reality guidance for inspectors, and minimizes inspection time by automating report generation.

By connecting all aspects of product development, 3DEXPERIENCE helps maintain dimensional accuracy throughout the manufacturing process. Provides seamless integration of CAD, CAM, and quality control processes; real-time collaboration across teams; simulation and virtual testing environments to predict and optimize dimensional accuracy; and centralized data management for consistent quality standards.

Q-Checker helps identify and resolve dimensional accuracy issues early in the design process, reducing errors and rework in manufacturing. With over 400 configurable checks for geometric quality and methodology, automated verification of CATIA models against company standards, and detection and correction of common modeling errors, Q-Checker promotes consistent modeling practices across multidisciplinary teams.

Provides powerful tools for designing and specifying surface finishes, including advanced surface modeling capabilities for creating high-quality, complex surfaces; tools for analyzing surface quality and continuity; the ability to define and annotate specific surface finish requirements; and integration with other design processes to ensure surface finish specifications are carried through to manufacturing.

Offers capabilities for simulating and optimizing surface finishing processes, including virtual simulation of surface finishing operations like polishing, sanding, and painting; tools for analyzing and optimizing robotic surface finishing processes; the ability to validate surface finishing strategies before physical implementation; and integration with design data to ensure manufacturability of specified surface finishes.

For centralizing supplier information and material specifications; supporting collaboration across various disciplines involved in procurement; and ensuring all stakeholders have access to up-to-date supplier and material data.

Our proprietary B2B supplier hub helps streamline interactions between businesses and suppliers; enhance data integrity and quality in supplier communications; secure and control sharing of product data with suppliers; and improve overall supplier performance through real-time monitoring.

Offers finite capacity scheduling to maximize resource use, real-time monitoring for quick adjustments, and scenario analysis for evaluating different production scenarios. Benefit from CNC programming and knowledge-based automation using templates and cell designs.

Plan and optimize logistics and material flow across the entire manufacturing lifecycle. DELMIA enables manufacturers to virtually model, simulate, and optimize production processes before physical implementation, helping to reduce costs and improve efficiency in logistics coordination.

Enables real-time communication, data sharing, and decision-making among different stakeholders involved in logistics coordination. By providing a collaborative environment for coordinating logistics across the supply chain, 3DEXPERIENCE integrates various aspects of product development, including logistics planning, so that multidisciplinary teams can work together seamlessly. 

Provides a centralized system for managing quality documents, including SOPs (standard operating procedures) and work instructions; revision and access control to ensure workers always use the latest safety protocols; tracking of user training on updated safety procedures; and electronic sign-offs for regulatory compliance.

Enables the simulation and optimization of production processes with a focus on worker safety. This includes virtual factory process simulation to validate assembly operations; ergonomics and work safety analysis to prevent work-related injuries; creation of clear, visual work instructions to ensure safe operating procedures; and VR (virtual reality) capabilities for immersive safety training and process validation.

Our experts apply advanced simulation techniques to enhance occupational safety. Validations include crash and impact simulations to assess potential hazards; fatigue and durability analysis to ensure long-term safety of equipment; FEA-based design analysis for powertrains, engines, and other critical components; and simulation of complex loading conditions and vibration effects on structures.

Provides powerful simulation tools for modeling and predicting emissions and pollutant dispersion; analyzing energy efficiency and optimizing fuel consumption; simulating fluid dynamics for improved hull designs; and evaluating noise pollution and vibration effects.

Provides data intelligence capabilities to track and analyze environmental compliance data. This supports sustainable operations by monitoring real-time environmental performance metrics; analyzing trends in emissions, waste management, and energy usage; generating compliance reports for regulatory bodies; and identifying areas for improvement in environmental practices

Supports detailed design and documentation processes required for classification society approvals. With its advanced modeling capabilities, CATIA enables engineers to create precise designs that adhere to the stringent requirements set by classification societies, ensuring compliance with safety standards.

With a focus on durability assessment for components subjected to cyclic loading, fe-safe is essential for meeting the standards of classification societies, enabling engineers to predict the fatigue life of structures and optimize designs for longevity and safety.

From conceptual design to detailed design and manufacturability optimization, our experts will ensure that all designs meet the rigorous requirements of classification societies. Drawing on our deep expertise in marine engineering, we help clients achieve compliance with both classification standards and regulatory requirements efficiently.

Offers a unified, collaborative space where teams can work together to ensure regulatory requirements are met throughout the product lifecycle. The 3DEXPERIENCE platform’s integrated approach allows for real-time tracking and management of compliance-related data, helping companies stay up-to-date with local authority requirements.

While CAVA is primarily designed for the automotive industry, its approach to validating designs against standards and regulations has been adapted for marine and offshore compliance with local authorities. CAVA’s ability to analyze critical data and ensure legal compliance in design and architecture is invaluable for marine and offshore companies dealing with local regulatory challenges.

Integrates sensor data from multiple sources to create comprehensive digital twins of marine assets. This allows for real-time monitoring and analysis of equipment performance, facilitating predictive maintenance and optimizing operational efficiency.

Serving as a centralized platform for managing and analyzing the collected sensor data, ENOVIA provides a single source of truth for all stakeholders, enabling informed decision-making based on accurate, up-to-date information.

Transforms large volumes of complex data into actionable insights using AI (artificial intelligence) and ML (machine learning) to analyze condition monitoring data. Capabilities include trend identification from complex datasets, real-time monitoring and analytics, customizable dashboards for visualizing key metrics, and smart tagging with data visualization for easier interpretation.

For the creation of predictive models based on analyzed condition monitoring data. Capabilities include advanced algorithms and solvers for high-fidelity simulations, comprehensive simulation workflows from pre-processing to result analysis, scripting and customization options, and multiphysics simulations for modeling complex system behaviors.

Our simulation engineers can develop custom data analytics workflows for condition monitoring. Services include structural analysis, CFD analysis, material modeling, development of tailored simulation solutions for customer-specific requirements, integration of simulation tools with existing systems and processes, and support for decision-making through advanced data analysis and visualization.

Offers robust inventory management capabilities for spare parts in marine and offshore industries. It enables real-time tracking and optimization of inventory levels, ensuring critical components are always available when needed.

Enhances spare parts management through modeling and simulation of maintenance operations. This helps determine optimal inventory levels based on usage patterns, lead times, and criticality of components. Taking a proactive approach like this minimizes downtime and reduces excess inventory costs.

Provides comprehensive lifecycle tracking capabilities for spare parts, enabling organizations to monitor the status of components throughout their lifecycle; identify potential obsolescence issues early; maintain a centralized database of spare parts information; and support informed decisions on inventory management and part replacements.

The 3DEXPERIENCE platform supports the redesign process for obsolete components by providing a unified environment for cross-functional teams to work together on obsolescence challenges, using powerful 3D modeling and simulation tools to evaluate replacement options.