Location: Global
Denmark - Danish
Spain - Spanish
France - France
USA - USA
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MECHANICAL
ENGINEERING
MECHANICAL ENGINEERING
DIS/CREADIS Mechanics deliver the best mechanical engineering within product development and structural design. We do this through fully implemented solutions and strong understanding of the value chain.
Always creating innovative, sustainable and cost-effective solutions for our customers. Thriving in- and maintaining an inspiring, learning and knowledge-sharing work-environment.
Our solutions are based on more than 20 years of experience and the philosophy that easy access to relevant and necessary in-house skills is crucial - and we have this in DIS/CREADIS.
Explore our competence areas
Explore our competence areas within mechanical engineering here...
At CREADIS we cover the full process from complex innovative ideas to concept development, and potential to detailed finalized product, ensuring that all requirements are met. In addition, CREADIS offers the best facilities in our DISCover for innovation and workshops.
Our community of engineers have extensive experience within technical areas such as:
Our community of engineers have extensive experience within technical areas such as:
- Market screening
- Brainstorming sessions
- Technology screening
- New concept development
- Concept evaluation
- Workshops
- Facilitation of workshops
- Cost out workshops
- Structural feasibility studies
- Requirements Specifications
SELECTED CASES
With our Plant Engineering competences, we covers the development of Plants with knowledge and experience from full plant design to smaller logistic systems, including knowledge of handling all types of materials such as fluids, gases and bulk materials.
Our community of engineers have extensive experience within technical areas such as:
- Feasibility study/conceptual phase
- Basic/detailed/workshop documentation
- Efficiency increase program
- Building industry design
- Civil Engineering CAD programs
- Factory layout
- Plant Engineering
- Logistic systems
- Routing and design of ventilation and piping
- Chemical Process Engineering
SELECTED CASES
Composites, Resins, Metals, Plastics and Elastomers - these materials are adaptable, strong, ductile, malleable, flexible technological frontrunners and so is our approach to your challenges.
We have engineering knowledge within the field of applied materials and manufacturing science. Supporting with knowledge for smaller material science tasks to bigger process optimization.
Our community of engineers have extensive experience within technical areas such as:
- Manufacturing process
- Root Cause Analysis (RCA) and Failure Analysis
- Material Selection
- Latest Polymer technology
- Design of Experiments (DOE)
- Process optimization
- Surface engineering
- Process science
- Sustainability engineering
SELECTED CASES
”We engineer your ideas”.
Covering all the disciplines within mechanical design and development e.g. 3D modelling, 2D drawings, Structural Verification, Technical Documentation.
CREADIS can bring your ideas to life.
Our community of engineers have extensive experience within technical areas such as:
Design:
- 3D modelling in various CAD programs
- Parametric modelling
- System Knowledge - Hydraulic, Robotic, Consumer products, Transport equipment, Lifting equipment, Medical, Service tools
- Skeleton/modularization
- Health and Safety Design
- Cost optimization
- Design for: Assembly and Manufacturing (DFA & DFM)
- GPS and tolerance chain analysis
- Design risk assessment (DRA)
- DFMEA
- Development according to relevant guidelines
- Design reviews
- Fine mechanics development
- Large Casted components
- Requirement Specification
Certifications & technical documentation:
- CE marking & technical dossier
- Instructions and processes
- Configurations of products and programming
- 2D drawings
- Engineering Master Data (EMD)
Our engineers has experience within these tools, but not limited to
- Autodesk Inventor
- Solidworks
- Siemens NX
- PTC Creo
- Catia
- SolidEdge
- SpaceClaim
- PDM Pro
- TeamCenter
- WindChill
SELECTED CASES
At CREADIS, we develop conceptual and detailed designs by analyzing product specifications, performance requirements and existing production capacity. We design products or systems of varying complexity using technical principals that ensure complete products that will function well. When Plastic Design is an integrated part of the development process together with Embedded solutions and Digital solutions (EDS), it is what we call Mechatronic Design.
Our community of engineers have extensive experience within technical areas such as:
1. Quick 360° intro
- Understanding the vision
- Product specification
- Performance requirements
- Initial recommendations
2. Concept design
- Brainstorming
- Concept development
- Guide within plastic materials and their challenges
- Re-engineering of design
- Concept sketches
- Market research
- Performance criteria
- Concept review
3. Material selection
- Material specification
- Latest polymer technology
- Broad material knowledge
- Recommendation on alternative materials
- ThermoPlastics
4. Mold process analysis
- Analysis of mold problems
- Moldflow options
- Manufacturing procedures
5. Rapid prototyping (3D print)
- Selection of prototype process
- Prototype testing
- Design reviews
- Selection of mold options
- 3D modelling in various CAD programs
- Injection molding tools
- Cost and product optimization
- Design Failure Mode & Effects Analysis (DFMEA)
- Design for Manufacturability (DFM) analysis
- GPS and tolerance chain analysis
- FEA (link to Structural Engineering)
- Creation of BOM
- Technical documentation
- Product review
6. Production solutions
- Supplier communication (external/internal)
- Streamlining component supply chain
- Technical support
SELECTED CASES
We validate the structural integrity, capacity or lifetime of your products regardless of the application in the broad range from plastic components to full WTG towers. Using state of the art software such as Finite Element Analysis combined with advanced analytical tools, we are able to solve almost any challenge within the area of Statics and Dynamics.
We solve structural engineering tasks in areas such as Statics and Dynamics:
- Static and quasi-static structural analysis
- Fasteners and weld verification
- Buckling analysis
- Fatigue analysis
- Fracture mechanics analysis
- Analysis based on FE methods
- Verification according to relevant standards and norms
- Vibration analysis
- Explicit dynamics analysis
- Customized Programming and tools development
Our community of engineers has experience within these tools, but not limited to:
- Ansys Workbench Mechanical
- Ansys Composite PrePost (ACP)
- Autodesk Robot Structural
- COMSOL Structural Mechanics Module
- HBM nCode DesignLife
- MSC Patran/Nastran
- Python
- SIMULIA Abaqus FEA
- Tekla Structures
- Matlab
SELECTED CASES
Thermal management, aerodynamical behavior or fluid flow analysis using state of the art tools, we will validate and optimize your products, based on your requirements. Applications ranging from small electronic enclosures to large cooling systems in WTG or Plants using the methods of Computational Fluid Dynamics combined with advanced analytical tools.
We solve structural engineering tasks in areas such as Fluids and Thermal Technologies:
- Steady state/transient thermal analysis
- Flow analysis – Aerodynamics
- Multi phase flow analysis
- Cooling/heating systems
- Analysis based on CFD methods
- Mouldflow simulations
Our community of engineers has experience within these tools, but not limited to:
- OpenFOAM
- Ansys CFX
- Ansys Fluent
- Simcenter STAR-CCM+
- MAGMASOFT
- Moldex3D
- Python
- Matlab
SELECTED CASES
Using state of the art tools, we can model, simulate & validate your system designs in many application areas.
We diagnose, solve engineering problems and execute design/analysis tasks using:
- Flexible and rigid multi-body simulation (MBS) e.g., for dynamical systems
- MBS analyses coupled with Controls for mechatronic systems
- Aero-servo-elastic simulations for Wind Energy systems e.g., for loads & performance
- Aero-hydro-servo-elastic simulation for floating & offshore wind structures
- Multi-physics solvers/tools for coupled phenomena
Our community of engineers has experience within these tools, but not limited to:
- OpenFAST, Flex5, HAWC2, BLADED, QBlade Wind Turbine system tools
- System stability tools like HAWCStab (and similar bespoke software)
- MBS platforms like SIMULIA Simpack, MSC ADAMS etc.
- MATLAB Simulink, Modelica
- ANSYS family products, COMSOL Multiphysics
Through various methods within testing, we can evaluate prototypes, mechanical systems and components by the use of environmental impact testing, lifetime, failure modes. Test setups and specifications are created for each purpose and the results are handled, evaluated, and presented often with a recommendation for improvement.
Our community of engineers have extensive experience within technical areas such as:
- Analysis Techniques:
- Differential Scanning Calorimetry (DSC)
- Dynamic Material Analysis (DMA)
- Fourier Transfer Infrared Spectroscopy (FTIR)
- CT scanning
- X-Ray
- etc. - Lab scale coupon testing
- Static & dynamic subcomponent testing
- Component test (Collaboration with accredited labs Aging and application environment testing
- HALT (Highly Accelerated Lifetime Test)
- HASS (Highly Accelerated Stress Screening)
- Strain-gauge system and testing
- SixSigma (Green and Black belt)
- Statistical Process control
- Reliability Engineering
- Physics of Failure
- Test Requirements Specifications and Verification Plan
- Evaluation of results
- RCA - Root Cause Analysis
- Rain erosion test
- NDT
SELECTED CASES
Ull Care