• Documentation Production: We craft classification documentation using specialized software. This includes plans, arrangements, drafts, calculations, and the like.
• Workshop Documentation: Comprehensive creation of workshop documentation to guide and streamline the production process.
• Design & Construction Solutions Collaboration: We work in harmony with other disciplines, covering all phases of design and crafting contractual, project, and workshop documentation.
• Commitment to Standards: Execution of business obligations on time and in accordance with applicable standards.
• Specific Equipment Design & Modeling: Our design and 3D modeling encompasses, but is not limited to, the following:
• Hatches
• Gangways
• Ship and cargo cranes
• Hull doors and platforms
• Masts and navigational signals
• Deck stairs and railings
• Ladders in both interiors and exteriors
• Deck and exterior ceiling linings
• Deck-fixed furniture
• Deck niches
• Anchoring and mooring equipment
• Towing equipment
• Rescue equipment
• Helicopter decks and installations
• Exterior and interior doors and small doors
• Windows
• On-board vessels (recreational vessels, rescue boats, and collection boats with cranes and additional equipment)
• Underwater lights and other underwater equipment
• Elevators
• Various exterior features like deck outlets, grates, etc.

Other Plans/Arrangements:

• Open deck plans
• Interior space plans
• Painting and filling/smoothing plans
• Fire compartmentalization plans
• Insulation plans
• Hazardous area plans
• Evacuation plans
• Fire protection and rescue plans

Utilizing advanced computational methods to study heat transfer and thermal stresses in materials and structures

• Linear and nonlinear analysis
• Static and Dynamic analysis
• Modal Analysis
• Buckling
• Coupled field analysis
• etc…

Utilizing advanced computational methods to study heat transfer and thermal stresses in materials and structures.

• Steady-State Analysis: Determining temperature distributions, heat flows, and gradients under steady conditions.
• Transient Thermal Analysis: Evaluating how temperature fields evolve over time in response to changing conditions.
• Conduction, Convection, and Radiation: Assessing all modes of heat transfer to ensure comprehensive thermal simulations.
• Thermal-Structural Interactions: Understanding how thermal changes can induce stresses or deformations in structures.
• Material Property Variations: Incorporating temperature-dependent properties to capture real-world behavior accurately.
• Thermal Fatigue: Predicting the life and durability of materials and components under cyclic thermal loads.
• etc…