I provide CFD analysis for complex internal flow problems, including tanks, mixers, rotating systems
About this service
You will receive:
✅ Pressure and force loads on tank/structural surfaces for downstream FEA
✅ Pressure drop and flow distribution across the system
✅ Liquid sloshing and free-surface behavior under transient conditions
✅ Mixing performance and flow uniformity inside tanks/mixers
✅ Wall pressure and resultant forces for structural assessment
✅ Water/spray impact behavior on internal surfaces
✅ Velocity, pressure and turbulence fields to identify problem areas
✅ Transient flow results for different operating conditions
✅ CFD plots, quantitative results and engineering conclusions for design decisions
I use ANSYS Fluent / SolidWorks / OpenFoam to build the simulation from geometry and boundary conditions through meshing, solver setup, transient analysis and post-processing.
The analysis can be tailored to your specific objective — whether you need to understand how a fluid moves inside a system, quantify forces/pressure, evaluate mixing, or compare different designs.
✅ Pressure and force loads on tank/structural surfaces for downstream FEA
✅ Pressure drop and flow distribution across the system
✅ Liquid sloshing and free-surface behavior under transient conditions
✅ Mixing performance and flow uniformity inside tanks/mixers
✅ Wall pressure and resultant forces for structural assessment
✅ Water/spray impact behavior on internal surfaces
✅ Velocity, pressure and turbulence fields to identify problem areas
✅ Transient flow results for different operating conditions
✅ CFD plots, quantitative results and engineering conclusions for design decisions
I use ANSYS Fluent / SolidWorks / OpenFoam to build the simulation from geometry and boundary conditions through meshing, solver setup, transient analysis and post-processing.
The analysis can be tailored to your specific objective — whether you need to understand how a fluid moves inside a system, quantify forces/pressure, evaluate mixing, or compare different designs.
You will receive:
✅ Pressure and force loads on tank/structural surfaces for downstream FEA
✅ Pressure drop and flow distribution across the system
✅ Liquid sloshing and free-surface behavior under transient conditions
✅ Mixing performance and flow uniformity inside tanks/mixers
✅ Wall pressure and resultant forces for structural assessment
✅ Water/spray impact behavior on internal surfaces
✅ Velocity, pressure and turbulence fields to identify problem areas
✅ Transient flow results for different operating conditions
✅ CFD plots, quantitative results and engineering conclusions for design decisions
I use ANSYS Fluent / SolidWorks / OpenFoam to build the simulation from geometry and boundary conditions through meshing, solver setup, transient analysis and post-processing.
The analysis can be tailored to your specific objective — whether you need to understand how a fluid moves inside a system, quantify forces/pressure, evaluate mixing, or compare different designs.
✅ Pressure and force loads on tank/structural surfaces for downstream FEA
✅ Pressure drop and flow distribution across the system
✅ Liquid sloshing and free-surface behavior under transient conditions
✅ Mixing performance and flow uniformity inside tanks/mixers
✅ Wall pressure and resultant forces for structural assessment
✅ Water/spray impact behavior on internal surfaces
✅ Velocity, pressure and turbulence fields to identify problem areas
✅ Transient flow results for different operating conditions
✅ CFD plots, quantitative results and engineering conclusions for design decisions
I use ANSYS Fluent / SolidWorks / OpenFoam to build the simulation from geometry and boundary conditions through meshing, solver setup, transient analysis and post-processing.
The analysis can be tailored to your specific objective — whether you need to understand how a fluid moves inside a system, quantify forces/pressure, evaluate mixing, or compare different designs.
You will receive:
✅ Pressure and force loads on tank/structural surfaces for downstream FEA
✅ Pressure drop and flow distribution across the system
✅ Liquid sloshing and free-surface behavior under transient conditions
✅ Mixing performance and flow uniformity inside tanks/mixers
✅ Wall pressure and resultant forces for structural assessment
✅ Water/spray impact behavior on internal surfaces... read more
✅ Pressure and force loads on tank/structural surfaces for downstream FEA
✅ Pressure drop and flow distribution across the system
✅ Liquid sloshing and free-surface behavior under transient conditions
✅ Mixing performance and flow uniformity inside tanks/mixers
✅ Wall pressure and resultant forces for structural assessment
✅ Water/spray impact behavior on internal surfaces... read more
You will receive:
✅ Pressure and force loads on tank/structural surfaces for downstream FEA
✅ Pressure drop and flow distribution across the system
✅ Liquid sloshing and free-surface behavior under transient conditions
✅ Mixing performance and flow uniformity inside tanks/mixers
✅ Wall pressure and resultant forces for structural assessment
✅ Water/spray impact behavior on internal surfaces
✅ Velocity, pressure and turbulence fields to identify problem areas
✅ Transient flow results for different operating conditions
✅ CFD plots, quantitative results and engineering conclusions for design decisions
I use ANSYS Fluent / SolidWorks / OpenFoam to build the simulation from geometry and boundary conditions through meshing, solver setup, transient analysis and post-processing.
The analysis can be tailored to your specific objective — whether you need to understand how a fluid moves inside a system, quantify forces/pressure, evaluate mixing, or compare different designs. read less
✅ Pressure and force loads on tank/structural surfaces for downstream FEA
✅ Pressure drop and flow distribution across the system
✅ Liquid sloshing and free-surface behavior under transient conditions
✅ Mixing performance and flow uniformity inside tanks/mixers
✅ Wall pressure and resultant forces for structural assessment
✅ Water/spray impact behavior on internal surfaces
✅ Velocity, pressure and turbulence fields to identify problem areas
✅ Transient flow results for different operating conditions
✅ CFD plots, quantitative results and engineering conclusions for design decisions
I use ANSYS Fluent / SolidWorks / OpenFoam to build the simulation from geometry and boundary conditions through meshing, solver setup, transient analysis and post-processing.
The analysis can be tailored to your specific objective — whether you need to understand how a fluid moves inside a system, quantify forces/pressure, evaluate mixing, or compare different designs. read less
Service offer categories
Computational Fluid Dynamics
Mechanical Engineering
FEA Finite Element Analysis
Software & skills
CFD Analysis
CFD Modeling Services
Engineering Simulations
Finite Element Analysis (FEA)
Mechanical Engineering
Product Development
analysis
+4 more
Member since
August 2026
Languages
English
Avg. response time
1 hour
Aerospace & Mechanical Engineer | CFD | FEA | UAV Design
I am an Aerospace & Mechanical Engineer specializing in CFD, FEA, thermal analysis, aerodynamics, UAV design, and engineering simulation.
I provide engineering analysis and design support to startups, OEMs, researchers, and product-development teams.
CFD: Internal & External Flow, Turbulence, Mixing, Multiphase Flow, DPM/Particle Tracking, Pressure Drop, Flow Distribution, Air Purification, HVAC... read more
I provide engineering analysis and design support to startups, OEMs, researchers, and product-development teams.
CFD: Internal & External Flow, Turbulence, Mixing, Multiphase Flow, DPM/Particle Tracking, Pressure Drop, Flow Distribution, Air Purification, HVAC... read more
Questions and answers
We recommend submitting files in STEP, or IGES, for compatibility and precision.
Yes, our experts can perform stress analysis, computational fluid dynamics, and more—just let us know your needs!
We can create anything from basic prototypes to intricate, fully textured designs—specify your level of detail.
Cad Crowd Billing Security policy
Service quality is protected by Cad Crowd Billing Security policy.
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