CFD Analysis for Large CAD

@zayertech

Dear Sir, I hope this message finds you well. With 15+ years of experience in Project Management, I’m confident I can bring value to your project by leveraging advanced tools like ClickUp, JIRA, Asana, and monday.com. These tools have enabled me to streamline workflows, optimise efficiency, and enhance project execution. I have successfully led both web and mobile development projects, overseeing all phases to ensure timely and on-budget delivery. My expertise in automation tools has further allowed me to reduce manual tasks and improve team collaboration, driving consistent project success. Clients have praised my commitment to delivering high-quality results and maintaining transparent communication. In addition to technical skills, I offer training in project management and automation tools, empowering teams to excel in their roles and achieve project goals more efficiently. I am eager to collaborate and confident in my ability to help you achieve your vision. Let’s discuss how we can work together to make your goals a reality. Best regards,

@miskinarati

Hi there, I would be happy to assist with CFD analysis for your large CAD part. With experience in ANSYS Fluent, SolidWorks Flow Simulation, and OpenFOAM, I can deliver accurate pressure drop, velocity fields, and turbulence zones while keeping the setup light enough for a 48-hour turnaround, including shareable project files. Approach: Domain and mesh: Create internal–external flow domain, perform geometry cleanup, and generate an unstructured tetra/prism mesh with local refinement in passages and expected recirculation zones. Solver/software: Use ANSYS Fluent (or SolidWorks Flow/OpenFOAM if you prefer) with a steady-state RANS model such as k-ω SST for reliable industrial flow prediction. Schedule: Day 1 – import, cleanup, mesh, and trial runs; Day 2 – final converged run, post-processing of key sections, and preparation of a concise PDF report. Deliverables: CFD setup files, mesh and case/data files, pressure-drop values, velocity and turbulence contour plots, streamlines, and a short PDF summary with screenshots of critical sections. Timeline: Delivery within 2 days (48 hours) from award. Budget: I can complete this within your ₹2000 allocation. Looking forward to collaborating on this project. Best regards, Arati M.

@Is88

I am an experienced engineer specializing in ANSYS simulations, offering advanced computational modeling and analysis services to support design validation, optimization, and failure prevention. Using ANSYS Workbench, Mechanical, and Fluent, I can deliver accurate results through structural, thermal, and fluid flow studies, vibration analysis, and failure prediction. Deliverables include: 1) 3D model setup and meshing in ANSYS 2) Static structural and thermal analysis 3) CFD simulation for fluid flow and heat transfer 4) Modal and harmonic vibration analysis 5) Fatigue and failure evaluation 6) Optimization and design improvement recommendations 7) Comprehensive technical report with results and conclusions

@GVizzotti

Hello, I am interested in your project and have worked on many similar ones. I am a Naval Architect and Marine Engineer with extensive experience in mechanical design, shipbuilding plans, 3D visualization, new patent models, and interior design. I am proficient in AutoCAD, SolidWorks, MaxSurf, and other relevant software. Over the years, I have designed catamarans, tugboats, ambulance ships, floating hotels, and more. I am qualified to perform: - Structural design - Stability studies - Advanced resistance analysis - Construction plans - FEA simulations - CFD simulations - Construction based on international classification societies (RINA, ABS, etc.). Additionally, I am currently developing marine technology for use in Wave Energy Converters (WECs). I am proactive, organized, and highly professional in my work. You can check my portfolio on my profile. Looking forward to collaborating with you. Best regards

@Fareshassan96

Hello, I can complete your CFD analysis within 48 hours and deliver accurate, presentation-ready flow results along with all project files so you can tweak boundary conditions later. Once you share the STEP/SolidWorks model, I will clean the geometry, create an internal–external flow domain, and apply the inlet/outlet conditions based on the flow rate and fluid properties you provide. For meshing, I’ll use an unstructured tetra/prism mesh with local refinements in tight passages, sharp curvature zones, and expected recirculation regions. This ensures reliable prediction of velocity fields and pressure drop without slowing down the turnaround. I propose using ANSYS Fluent (or OpenFOAM if preferred) with a steady-state RANS turbulence model such as k-ω SST, which offers a good balance of accuracy and speed for industrial geometries. Workflow: • Day 1: Import model, clean geometry, generate mesh, run stability tests. • Day 2: Final converged simulation, extract pressure/velocity contours, streamlines, turbulence zones, and prepare a concise PDF summary of findings. Deliverables include high-quality screenshots of critical sections, pressure-drop values, velocity plots, and the full solver/mesh files. The entire job will be completed within your ₹2000 allocation by keeping the setup efficient while maintaining engineering accuracy. Regards, Fares Hassan

@hrishikesha1

Hello, I have reviewed the job discussion, I can perform the analysis in Ansys fluent. I will submit solution report, but i will not be able to deliver solution file. If its okay i can perform the simulation. Thanks & Regards Hrishikesh Agashe Simulation Engineer

@akarf11

I am a PhD degree related with CFD. I can calculate for you flow field around this large object. First I will check the geometry and decide required numerics and turbulence modelling based on hand calculations. Then i will prepare volume and boundary layer mesh based on chosen models. After this i will check the mesh independency and then deliver the result with comprehensive explanation and report

@vijayrajeshwari2

I will run a complete CFD analysis in ANSYS Fluent with a refined tetra mesh and inflation layers, using the k–ω SST model to capture accurate flow behaviour. I will set up the domain, mesh, solver, and deliver velocity fields, pressure drop, and turbulence zones within 2 days along with all Fluent project files.