Designer Mubashir_K
Mechanical Design Engineer
mechanical engineering fields, including machine design, thermodynamics, fluid dynamics, and heat transfer analysis, I bring valuable insights to every project. βœ… πƒπžπ¬π’π π§ π’π¨πŸπ­π°πšπ«πž π„π±π©πžπ«π­π’π¬πž:
2D & 3D Design 2D & 3D Mechanical Assembly 2D & 3D Mechanical Design 2D Analysis 2D Drawing 3D Modeling 3D Models 3D Printing Services 3D Scan to CAD Service ANSYS AutoCAD Autodesk Fusion 360 Autodesk Inventor Automotive Design Bill of Materials Blender BOM CAD Design CNC Programming Concept Design Concept Development Design Engineer Design for Additive Manufacturing Design for Manufacturability (DFM Services) Design for Manufacturing and Assembly DFM Services Fluid Dynamics FreeCAD General Design Geomagic Design X Heat Analysis Heat Transfer Industrial Design Services Injection Molding and Casting Injection Molding Design Machine Design Mechanical Design Mechanical Engineer Mechanical Engineering Onshape OpenSCAD Parametric Modeling Product Design Product Engineering Services Prototyping PTC Creo Parametric Rapid Prototyping Rapid Prototyping Services Reverse Engineering Simulation SolidWorks SolidWorks Engineering Services Thermodynamics
Blog Post Why Prototype DFM Services Are Useful for Product Design at Companies and Firms
production facility. You can resolve every incompatibility issue during the manufacturing-feasibility analysis with everyone’s collaborative efforts. That said, incompatibility is not the only issue to overcome
Design for Manufacturing DFM manufacturing product design and development
3D Model Small Heat Exchanger
Analysis of Small Heat Exchanger, heat transfer between hot and cold water with flow velocity 5 and 10 mm/s respectively.
3D Model Full Brick Heat Sink Analysis
Full Brick Heat Sink Analysis: Module Power: 750 W Heat Dissipation (20% of Power): 150 W Dimensions: 62 Γ— 18 Γ— 120 mm (W Γ— H Γ— D) Material: Aluminium 6061 Heat Power: 150 W Ambient Temperature: 27 Β°C
Designer Pedro Quesada Allerhand
Heat Transfer, SolidWorks & Mechanical Engineering Professional
simulation in diverse engineering disciplines: -Finite Element Analysis (FEA): Linear and Non-Linear Modelling. Structural, fatigue and modal analysis. Ansys, Solidworks, Inventor, NX Nastran. -Computational
Acoustics Engineering Aerospace Engineering ANSYS AutoCAD AutoCAD Electrical Autodesk Inventor CAD Design CFD Analysis Electrical Engineering ETAP FEA FEA Analysis Finite Element Analysis Fluid Dynamics Heat Transfer Mechanical Engineer Mechanical Engineering Non-Linear Analysis Simulation SolidWorks Trimble SketchUp (Google)
3D Model CPU Heat Sink with Thermal Analysis
Conducted thermal analysis of a CPU heat sink using Fusion 360 to optimize heat dissipation and cooling performance. Created parametric 3D heat sink model Performed detailed thermal simulation Analyzed
Designer Alexander_Volodin
Heat Transfer Designer/ Solidworks Flow Simulation
My skills in heat transfer and CFD, as certified by CSWP-Flow, allow me to research a variety of industrial fluid mechanics and heat transfer systems.
2D to 3D Modeling 3D Models of Machine Parts 3D Solid Modeling Assembly Modeling Services CAD Design Computational Fluid Dynamics Concept Design FEA Finite Element Analysis Flow Simulation Analysis Heat Transfer Oil & Gas SolidWorks
Designer rans2
CFD & OpenFOAM Engineer | Fluid Dynamics & Numerical Simulations
Engineer with expertise in CFD, OpenFOAM, and numerical simulations. Experienced in turbulent flow analysis, wind tunnel testing, and fluid mechanics research. Looking for freelance CFD projects to enhance
ANSYS Fluent CAD Design Computational Fluid Dynamics Fluid Dynamics Heat Transfer Analysis MATLAB OpenFOAM Python Script Simulation Turbulent Flow Simulation Wind Tunnel Testing
3D Model Shell and Tube Heat Exchangers
shell-and-tube and air-cooled heat exchangers blends analysis with creativity. The HTRI suite is my first stop for thermal design calculating flow rates, pressure drops, and heat transfer performance. Before integrating
3D Model Numerical analysis of heat transfer in a single cylinder IC engine
The objective of this project is to perform numerical analysis on an engine and calculate its efficiency growth after coating the piston and cylinder walls with thermal barrier coatings.