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Project Description: I am building a digital twin for a modular vertical farming container. I already have completed thermal and optical simulations. Now, I need a 2D cross-section CFD analysis to prove the physical viability of my "Modular Zoning Architecture" before building the prototype. The core engineering challenge is not just cooling, but isolation: Proving that hot, humid air from a high-heat zone (e.g., Strawberry) does not bleed into an adjacent low-heat zone (e.g., Lettuce), and that heat is efficiently exhausted. Your Task (Scope is Strictly 2D): I do NOT need a full 3D container simulation. I need a highly accurate 2D vertical cross-section of a single growing zone to prove the airflow concept. The Setup (Boundary Conditions): Geometry: A 2D cross-section of a single zone (e.g., 1 meter wide x 2.5 meters high). Heat Source: Based on our prior thermal validation, each 1m LED bar emits 65W of heat. For this cross-section representing an array of LEDs, please model a combined heat flux of 250W at the top boundary. Airflow Loop: Model a Supply Air inlet (e.g., lower side wall) pushing air gently upward through the plant canopy area. Model an Exhaust Suction point at the very top of the zone (above the heat source) pulling the hot air up and out. Zone Barriers: Solid walls on the left and right boundaries. The air MUST travel up to the exhaust, not horizontally. What I Need You to Prove: Heat Extraction: The 250W heat is successfully captured by the upward airflow and removed via the top exhaust, without creating "dead zones" (hot spots) near the plant canopy. Canopy Velocity: The air velocity passing through the plant area is gentle and agronomically safe (approximately 0.3 – 0.5 m/s). Zone Isolation: The temperature gradient near the side walls confirms that air is not leaking sideways (proving the zoning concept works). Required Deliverables: Temperature Contour Map: A clear 2D color map showing heat rising from the top and being smoothly extracted by the exhaust. Velocity Vector / Streamline Map: Showing laminar/smooth air travel through the zone, proving no dead spots or turbulent eddies around the plants. A 1-Page PDF Summary: Stating the required airflow rate (e.g., in m³/h or CFM) to maintain a target canopy temperature (e.g., 22-25°C) under the 250W load, confirming the zone separation concept is physically viable. Tool Requirement: I strongly prefer SimScale (cloud-based, no license cost for you) or OpenFOAM. Please do not use proprietary software that requires expensive licenses. Budget: $100 - $150 (Fixed Price) Duration: 4-5 Days
Project ID: 40553822
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I can help validate your modular zoning concept by demonstrating efficient heat extraction, controlled canopy airflow, and thermal isolation between adjacent growing zones through CFD analysis. I am Dr. Hammana, a Mechanical Engineering PhD specializing in CFD, heat transfer, and thermal simulations. I can deliver the required temperature and velocity contours, airflow analysis, and a concise engineering report. Best regards, Dr. Hammana
$150 USD in 5 days
6.2
6.2
10 freelancers are bidding on average $112 USD for this job

Hey, You are looking for Vertical Farm CFD Temperature Control "Lets Gets Started, I know you have several tempting proposals here, but I guarantee you to be impressed by my work. I have various skills in design, Illustration, Photoshop, Graphic Design, Logo Design and Illustrator. If you give me this chance you will be impressed, because I guarantee that I will meet your expectations. I invite you to get a look at my portfolio You Can see it from here : https://www.freelancer.com/u/sahildogra222 If you have any questions or queries, do not hesitate to contact me. I hope to start working with you. With regards! SAHIL
$125 USD in 1 day
6.3
6.3

Hello sir, Did go through your job description and glad to share that I have enormous experience in working with Vertical Farm CFD Temperature Control I'm a seasoned programmer and Engineer with quality experience in Flutter, React, Node.JS, SpringBoot, Frontend and Backend Development, Python, Matlab, R studio, C, C++, C#, OpenCV, OpenGL, Tesseract OCR, google vision, Statisticaal programming/R progamming data analysis Computing for Data Analysis Time Series & Econometric, Machine learning, AI, Deep learning, Matlab and Mathematica, 3D modeling, CAD/CAM,AutoCAD, 2D, Architectural Engineering, SolidWorks, Unity 3D, PCB, Electronics, Arduino, Automation, Embedded and Firmware , IOT, Electrical/Mechanical Engineering I am a TOP Rated Freelancer, and you can check my reviews here as well: https://www.freelancer.com/u/mzdesmag. Looking forward to potentially working together on this project. Thanks and Best regards, Adekunle.
$100 USD in 1 day
6.2
6.2

Hey, your modular vertical farming concept will be validated through a focused 2D CFD analysis that demonstrates effective heat extraction, controlled airflow, and thermal isolation between growing zones before prototype development. I'll develop the CFD model using your specified boundary conditions, generate temperature contours, airflow streamlines, and velocity maps, then summarize the results in a concise engineering report confirming the airflow requirements and zoning performance. I have experience with engineering simulations and technical validation, producing clear, data driven analyses that support design decisions and communicate results effectively. One quick question: Will you be providing the exact 2D geometry and canopy dimensions, or should they be modeled based on the dimensions outlined in your project brief?
$100 USD in 1 day
3.5
3.5

I am excited to help with your vertical farm project! My expertise in Computational Fluid Dynamics, along with CAD/CAM knowledge, will ensure a highly accurate 2D cross-section analysis. I understand the importance of proving the Modular Zoning Architecture's effectiveness. Focusing on heat extraction, I will model airflow accurately to avoid hot spots while confirming gentle airflow through your plants. The deliverables will include a Temperature Contour Map and a Velocity Vector Map, which will prove that air flows correctly and isolate zones effectively without unwanted leaks. Looking forward to discussing your project further! How will the results be utilized in further development? What specific parameters do you have in mind for model validation? Would you like to see any preliminary simulations before finalizing? How will the results be utilized in further development? Is there a preferred format for the final documentation?
$100 USD in 11 days
3.2
3.2

Hello, I have experience performing CFD analysis for thermal management and airflow validation using OpenFOAM and SimScale with a focus on ventilation, heat transfer, and flow optimization. I understand that the objective is not simply cooling, but validating your **Modular Zoning Architecture** by demonstrating effective heat extraction, controlled canopy airflow, and thermal isolation between adjacent growing zones. I can develop a high-accuracy **2D CFD model** using your specified geometry and boundary conditions, ensuring the simulation directly addresses the engineering questions needed before prototype development. The deliverables will include **temperature contour plots, velocity vector and streamline maps, airflow rate calculations, and a concise one-page engineering report** summarizing the required ventilation rate to maintain the target canopy temperature while confirming the zoning concept minimizes lateral heat transfer. I'll also review the simulation results for dead zones, airflow uniformity, and thermal performance, making recommendations where appropriate.
$100 USD in 2 days
2.7
2.7

Hello, ⚡ Your vertical farming CFD analysis aligns perfectly with my experience in thermal simulation and airflow modelling. ⚡ I am a simulation engineer specialising in CFD for agricultural and environmental systems. I will build a 2D cross-section model of your growing zone, apply the specified boundary conditions, and analyse heat extraction, canopy airflow, and zone isolation. I will deliver clear visualisations and a concise summary. I have experience with similar projects. I am available to start immediately. Let’s discuss your geometry and target temperature requirements. Best regards.
$100 USD in 2 days
0.0
0.0

❤️ Hi I will approach this as a validated 2D CFD proof-of-concept simulation focused strictly on your zoning hypothesis, using SimScale or OpenFOAM as requested to avoid licensing constraints. The model will be built as a clean 2D vertical cross-section with defined inlet/outlet boundary conditions and a controlled 250W heat flux source. I will simulate airflow behavior to confirm three critical outputs: heat removal efficiency, canopy velocity range (0.3–0.5 m/s), and lateral thermal isolation between zones. Post-processing will include temperature contour maps, velocity streamlines, and a simplified engineering summary calculating required airflow (m³/h or CFM) to maintain stable canopy temperature under continuous load conditions. The final PDF will clearly validate whether the modular zoning concept holds under steady-state thermal conditions, with explicit notes on dead-zone formation and airflow distribution quality. Thanks, Jessica ❤️
$100 USD in 4 days
0.0
0.0

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