Remote
Work location
CFD Simulation of Spiral Reticulated Insert for Whipped Cream Siphon (Food-Grade Device Ended
About the job
**job:**
We are developing a food-grade spiral reticulated insert for a professional whipped cream siphon (ISI type, used upside down). The insert consists of 6 identical discs mounted on a central rod, designed to generate controlled turbulence and enhance air-cream mixing during pressurized dispensing.
We are seeking a CFD engineer to simulate and validate the fluid behavior inside the siphon, focusing on turbulence, vortex formation, pressure drop, and mixing efficiency.
---
**Scope of Work:**
- Simulate the flow of compressed air and cream through the spiral-perforated discs
- Visualize turbulence zones and vortex generation
- Analyze pressure drop across the insert
- Evaluate mixing performance and flow acceleration near the nozzle
- Provide visual outputs (streamlines, velocity fields, turbulence maps)
- Suggest design optimizations if needed
---
**Geometry Details:**
- 6 discs, Ø 42 mm, thickness 1.5 mm, with logarithmic spiral and 2–2.5 mm holes
- Mounted on a central rod (length 175 mm) touching the base of the siphon
- Disc spacing: 3.0 cm → 2.5 → 2.0 → 1.5 → 1.0 cm (gradient toward nozzle)
- First disc positioned flush with the nozzle base
- Siphon used upside down during operation
---
**Deliverables:**
- CFD simulation report (PDF or presentation format)
- Visualizations of flow behavior
- Summary of findings and recommendations
- Optional: CAD-ready feedback for design refinement
---
**Preferred Tools:**
ANSYS... read more
We are developing a food-grade spiral reticulated insert for a professional whipped cream siphon (ISI type, used upside down). The insert consists of 6 identical discs mounted on a central rod, designed to generate controlled turbulence and enhance air-cream mixing during pressurized dispensing.
We are seeking a CFD engineer to simulate and validate the fluid behavior inside the siphon, focusing on turbulence, vortex formation, pressure drop, and mixing efficiency.
---
**Scope of Work:**
- Simulate the flow of compressed air and cream through the spiral-perforated discs
- Visualize turbulence zones and vortex generation
- Analyze pressure drop across the insert
- Evaluate mixing performance and flow acceleration near the nozzle
- Provide visual outputs (streamlines, velocity fields, turbulence maps)
- Suggest design optimizations if needed
---
**Geometry Details:**
- 6 discs, Ø 42 mm, thickness 1.5 mm, with logarithmic spiral and 2–2.5 mm holes
- Mounted on a central rod (length 175 mm) touching the base of the siphon
- Disc spacing: 3.0 cm → 2.5 → 2.0 → 1.5 → 1.0 cm (gradient toward nozzle)
- First disc positioned flush with the nozzle base
- Siphon used upside down during operation
---
**Deliverables:**
- CFD simulation report (PDF or presentation format)
- Visualizations of flow behavior
- Summary of findings and recommendations
- Optional: CAD-ready feedback for design refinement
---
**Preferred Tools:**
ANSYS... read more
**job:**
We are developing a food-grade spiral reticulated insert for a professional whipped cream siphon (ISI type, used upside down). The insert consists of 6 identical discs mounted on a central rod, designed to generate controlled turbulence and enhance air-cream mixing during pressurized dispensing.
We are seeking a CFD engineer to simulate and validate the fluid behavior inside the siphon, focusing on turbulence, vortex formation, pressure drop, and mixing efficiency.
---
**Scope of Work:**
- Simulate the flow of compressed air and cream through the spiral-perforated discs
- Visualize turbulence zones and vortex generation
- Analyze pressure drop across the insert
- Evaluate mixing performance and flow acceleration near the nozzle
- Provide visual outputs (streamlines, velocity fields, turbulence maps)
- Suggest design optimizations if needed
---
**Geometry Details:**
- 6 discs, Ø 42 mm, thickness 1.5 mm, with logarithmic spiral and 2–2.5 mm holes
- Mounted on a central rod (length 175 mm) touching the base of the siphon
- Disc spacing: 3.0 cm → 2.5 → 2.0 → 1.5 → 1.0 cm (gradient toward nozzle)
- First disc positioned flush with the nozzle base
- Siphon used upside down during operation
---
**Deliverables:**
- CFD simulation report (PDF or presentation format)
- Visualizations of flow behavior
- Summary of findings and recommendations
- Optional: CAD-ready feedback for design refinement
---
**Preferred Tools:**
ANSYS Fluent, COMSOL, SolidWorks Flow Simulation, OpenFOAM, or SimScale
Experience with food-grade or multiphase flow is a plus.
---
**Files Provided:**
- CAD model (STEP/STL)
- Technical drawings and BOM
- Operating parameters (pressure, fluid properties)
---
**Timeline:**
We aim to complete the simulation within 7–10 days from project start. read less
We are developing a food-grade spiral reticulated insert for a professional whipped cream siphon (ISI type, used upside down). The insert consists of 6 identical discs mounted on a central rod, designed to generate controlled turbulence and enhance air-cream mixing during pressurized dispensing.
We are seeking a CFD engineer to simulate and validate the fluid behavior inside the siphon, focusing on turbulence, vortex formation, pressure drop, and mixing efficiency.
---
**Scope of Work:**
- Simulate the flow of compressed air and cream through the spiral-perforated discs
- Visualize turbulence zones and vortex generation
- Analyze pressure drop across the insert
- Evaluate mixing performance and flow acceleration near the nozzle
- Provide visual outputs (streamlines, velocity fields, turbulence maps)
- Suggest design optimizations if needed
---
**Geometry Details:**
- 6 discs, Ø 42 mm, thickness 1.5 mm, with logarithmic spiral and 2–2.5 mm holes
- Mounted on a central rod (length 175 mm) touching the base of the siphon
- Disc spacing: 3.0 cm → 2.5 → 2.0 → 1.5 → 1.0 cm (gradient toward nozzle)
- First disc positioned flush with the nozzle base
- Siphon used upside down during operation
---
**Deliverables:**
- CFD simulation report (PDF or presentation format)
- Visualizations of flow behavior
- Summary of findings and recommendations
- Optional: CAD-ready feedback for design refinement
---
**Preferred Tools:**
ANSYS Fluent, COMSOL, SolidWorks Flow Simulation, OpenFOAM, or SimScale
Experience with food-grade or multiphase flow is a plus.
---
**Files Provided:**
- CAD model (STEP/STL)
- Technical drawings and BOM
- Operating parameters (pressure, fluid properties)
---
**Timeline:**
We aim to complete the simulation within 7–10 days from project start. read less
**job:**
We are developing a food-grade spiral reticulated insert for a professional whipped cream siphon (ISI type, used upside down). The insert consists of 6 identical discs mounted on a central rod, designed to generate controlled turbulence and enhance air-cream mixing during pressurized dispensing.
We are seeking a CFD engineer to simulate and validate the fluid behavior inside the sip... read more
We are developing a food-grade spiral reticulated insert for a professional whipped cream siphon (ISI type, used upside down). The insert consists of 6 identical discs mounted on a central rod, designed to generate controlled turbulence and enhance air-cream mixing during pressurized dispensing.
We are seeking a CFD engineer to simulate and validate the fluid behavior inside the sip... read more
**job:**
We are developing a food-grade spiral reticulated insert for a professional whipped cream siphon (ISI type, used upside down). The insert consists of 6 identical discs mounted on a central rod, designed to generate controlled turbulence and enhance air-cream mixing during pressurized dispensing.
We are seeking a CFD engineer to simulate and validate the fluid behavior inside the siphon, focusing on turbulence, vortex formation, pressure drop, and mixing efficiency.
---
**Scope of Work:**
- Simulate the flow of compressed air and cream through the spiral-perforated discs
- Visualize turbulence zones and vortex generation
- Analyze pressure drop across the insert
- Evaluate mixing performance and flow acceleration near the nozzle
- Provide visual outputs (streamlines, velocity fields, turbulence maps)
- Suggest design optimizations if needed
---
**Geometry Details:**
- 6 discs, Ø 42 mm, thickness 1.5 mm, with logarithmic spiral and 2–2.5 mm holes
- Mounted on a central rod (length 175 mm) touching the base of the siphon
- Disc spacing: 3.0 cm → 2.5 → 2.0 → 1.5 → 1.0 cm (gradient toward nozzle)
- First disc positioned flush with the nozzle base
- Siphon used upside down during operation
---
**Deliverables:**
- CFD simulation report (PDF or presentation format)
- Visualizations of flow behavior
- Summary of findings and recommendations
- Optional: CAD-ready feedback for design refinement
---
**Preferred Tools:**
ANSYS Fluent, COMSOL, SolidWorks Flow Simulation, OpenFOAM, or SimScale
Experience with food-grade or multiphase flow is a plus.
---
**Files Provided:**
- CAD model (STEP/STL)
- Technical drawings and BOM
- Operating parameters (pressure, fluid properties)
---
**Timeline:**
We aim to complete the simulation within 7–10 days from project start. read less
We are developing a food-grade spiral reticulated insert for a professional whipped cream siphon (ISI type, used upside down). The insert consists of 6 identical discs mounted on a central rod, designed to generate controlled turbulence and enhance air-cream mixing during pressurized dispensing.
We are seeking a CFD engineer to simulate and validate the fluid behavior inside the siphon, focusing on turbulence, vortex formation, pressure drop, and mixing efficiency.
---
**Scope of Work:**
- Simulate the flow of compressed air and cream through the spiral-perforated discs
- Visualize turbulence zones and vortex generation
- Analyze pressure drop across the insert
- Evaluate mixing performance and flow acceleration near the nozzle
- Provide visual outputs (streamlines, velocity fields, turbulence maps)
- Suggest design optimizations if needed
---
**Geometry Details:**
- 6 discs, Ø 42 mm, thickness 1.5 mm, with logarithmic spiral and 2–2.5 mm holes
- Mounted on a central rod (length 175 mm) touching the base of the siphon
- Disc spacing: 3.0 cm → 2.5 → 2.0 → 1.5 → 1.0 cm (gradient toward nozzle)
- First disc positioned flush with the nozzle base
- Siphon used upside down during operation
---
**Deliverables:**
- CFD simulation report (PDF or presentation format)
- Visualizations of flow behavior
- Summary of findings and recommendations
- Optional: CAD-ready feedback for design refinement
---
**Preferred Tools:**
ANSYS Fluent, COMSOL, SolidWorks Flow Simulation, OpenFOAM, or SimScale
Experience with food-grade or multiphase flow is a plus.
---
**Files Provided:**
- CAD model (STEP/STL)
- Technical drawings and BOM
- Operating parameters (pressure, fluid properties)
---
**Timeline:**
We aim to complete the simulation within 7–10 days from project start. read less
Things to know
Expert
Skill Level
$10 - $50/hr
Hourly (USD)
Part-time
Job type
Under 1-month
Job duration
Areas of expertise
3D CAD Design
3D Rendering
CFD
CFD Analysis
+1 more
Job categories
Product Engineering Services
Mechanical Engineering
About the client
Payment ready
Italy (03:14 pm)
Posted
Active
Job activity
17 Applicants
0 interviews in progress
7 unanswered invites
More open jobs from this client (1)
3D print a micro-diffuser nozzle
Remote - Posted
Ecco la traduzione in inglese, ottimizzata per chiarezza tecnica e comunicazione con designer CAD o stampatori 3D:
---
**Good morning,**
I would like to 3D print a mi...
Rapid Prototyping Services
3D Printing Design
3D Product Rendering and Design
3D Product Modeling
View job
Similar jobs
Mechanical Engineer Needed to Design Complete Grain Packaging Machine
Remote - Posted
Job Description
We are looking for an experienced mechanical engineer / machine designer to develop the complete technical design and manufacturing drawings for a grain packa...
3D Modeling
Mechanical Design Services
Engineering Design
Mechanical Engineering
Design Engineering Services
View job
Mechanical Design Engineer
Remote - Posted
We are seeking a highly capable Mechanical Design Engineer to develop a purely mechanical, unpowered, linear-to-linear compression-fed transfer system utilizing stored spring...
Mechanical Engineering
Mechanical Design Services
View job
Mechanical design engineer - industrial equipment
United States - Posted
I am seeking a Mechanical Design Engineer with experience in rugged industrial equipment to assist in refining a sealed mechanical device used in heavy equipment ground-contac...
Mechanical Design Services
Industrial Design Services
Mechanical Engineering
View job
COMSOL Multiphysics Simulation – Evaporation & Dynamic Meniscus Formation in Capillary Tube
Remote - Posted
Project Description:
I am looking for a COMSOL expert (chemical engineer / physicist) to simulate evaporation of liquid inside a vertical capillary tube using COMSOL Multiphy...
Mechanical Engineering
FEA Finite Element Analysis
Computational Fluid Dynamics
View job
CAD designer needed to model 3D mechanical engineering drawing.
India - Posted
Job Responsibilities:
- Design and develop 3D models and drawings using SolidWorks software.
- Collaborate with the engineering and production teams to ensure accurate and e...
3D Modeling
SolidWorks Design Services
Mechanical Engineering
Mechanical Design Services
Mechanical Drawing Services
View job
Industrial Product designer needed to design an ergonomic hand gripper
Remote - Posted
We need a Product designer to help in designing a new hand gripper. The work will involve improving the existing design of an hand gripper. The design needs to be ergonomic an...
Industrial Design Services
Product Engineering Services
3D Product Modeling
Design Engineering Services
View job
