mahtaba

Other experience

• ANSYS CFX FEA/ Simulation/ Static analysis/ Dynamic analysis/ ANSYS/CAE/ Abaqus/Flow simulation/ANSYS Fluent/Finite Element Analysis/structural Analysis/CFD
  
  
  
  Hello everybody please do not place order before discussing.
  
  
  
  We are team of professional expert engineers with vast experience in finite element analysis and computational fluid dynamics specially in Ansys. Please feel free to discuss your project in detail.
  
  Following are some of the main areas that we work on:
  
  CFD
  Ansys Fluent
  Ansys CFD
  Computational Fluid Dynamics
  Static Structural (Failure Analysis, Factor of Safeties FOS)
  Composite Laminate Analysis
  Buckling
  Rigid Dynamics
  Modal
  Explicit Dynamics
  Fatigue
  Transient Structural
  Thermal
  Fluid Structural Interaction
  Acoustic
  CFD (CFX & Fluent)
  Stress Analysis
  Structural Analysis
  And many more with reports.
  Please feel free to ask and share your specific requirements.
• Abaqus CAE Static Structural Analysis
  Transient Structural Analysis
  Explicit Dynamic Analysis
  Rigid Dynamics Analysis
  Structural Analysis (linear and non linear)
  Modal and vibrational
  Dynamic(implicit and explicit)
  Thermal Analysis
  Heat transfer (steady and transient state)
  Coupled temperature and displacement
  Computational Fluid Dynamics
  Fluid structure interaction
  Flow Simulation
  ANSYS Fluent CFD CFX
  Composite Material.
  2D/3D Drawings
  3D Modeling/Designing/CAD/CAM/CAE
  Fatigue, Buckling, Thermal, Static, Vibrational, Explicit analysis - complete design study.
  Thermal Analysis
  Fluid Structural Interaction Analysis in Abaqus
  Modal Analysis
  Composite Modeling
  Analysis of Composite
  Topology Optimization Analysis
  Impact Analysis.
• Solidworks 3D Modeling:
  Create detailed and precise 3D models of mechanical and electronic components.
  Assembly Design:
  Assemble complex products virtually, ensuring components fit and function together.
  Drafting and Detailing:
  Generate 2D drawings with detailed views, dimensions, and annotations for manufacturing.
  Simulation and Analysis:
  Perform stress analysis, thermal analysis, and motion simulation to validate designs.
  Sheet Metal Design:
  Design and unfold sheet metal components for manufacturing.
  Surface Modeling:
  Create complex surface geometries for products with intricate shapes.
  Rendering and Visualization:
  Generate realistic renderings and visualizations of 3D models for presentations.
  CAM (Computer-Aided Manufacturing):
  Integrate with CAM software for creating toolpaths and manufacturing instructions.
  Parametric Design:
  Use parametric modeling to easily modify designs by changing parameters.
  Data Management:
  Organize and manage design data efficiently with SolidWorks PDM (Product Data Management).
  Collaboration Tools:
  Facilitate collaboration among team members through features like eDrawings and 3D Interconnect.
  Add-Ins and Extensions:
  Access additional features through various add-ins and extensions for specialized tasks.
  Design Automation:
  Automate repetitive design tasks using SolidWorks' design automation capabilities.