CFD Solar Desiccant System Modeling

@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. Specialized in; 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

@Fareshassan96

Having successfully completed numerous projects in the realm of engineering, specifically with focused expertise in CFD simulations and modeling, I am confident that I can expertly tackle your solar desiccant system modeling project. I have great versatility in using multiple platforms including FLUENT, OpenFOAM and COMSOL, and can deliver detailed and well-commented CFD project files that are both easily accessible and modifiable for future use. My versatile skill set extends beyond just CFD to modelling complex technical systems which is exactly what your project calls for. My background entails both fluid dynamics, heat transfer, mass transport and knowledge in solar thermal systems which would be vital since this project calls for a thorough understanding of species transport, conjugate heat transfer, and fluid dynamics coupled together. Regarding desiccant or solar thermal simulations, I have successfully completed similar projects in the past with publications to back up my accuracy. Plus, having explored a multitude of industry-level simulation problems before, I bring the required analytical precision and firm grasp on technical fundamentals- vital for this project. My deliverables guarantee accurate data processing & engineering reports perfectly aligned with your needs. In essence I can ensure we get the results we predict/books given my solid CFD prowess which puts me ahead as your best choice. Don't hesitate to reach out!

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@zainurrehman7384

I am a design Engineer focused on 3D & 2D modeling, Simulation, Technical Report writing and Stress analysis. Having good skills in mechanical design with software like (SOLIDWORKS, FUSION 360, AUTOCAD, ANSYS & ABAQUS). I can handle your project with precision and excellence. I can assure you that I will bring my expertise and dedication to deliver the project on time and to the highest standard quality. With my passion for engineering and problem-solving skills, I am confident that I can provide the results you are looking for. let's talk! We'll start by going over the details of your project.

@livedesign07

Note: We assure timely project completion with accurate and reliable CFD results at a competitive cost. With 14.5 years of experience in CFD and multiphysics simulations, I have strong expertise in ANSYS Fluent, CFX, COMSOL, and OpenFOAM. I have reviewed your requirement for developing a CFD-based numerical model for a solar-thermal liquid desiccant dehumidification system. I have gone through the PPT/PDF files and carefully read the provided documents. We are ready to execute this project with a detailed analysis of desiccant effectiveness under real operating conditions. ❁ Scope of CFD Analysis: ✔️ Packed-bed absorber and regenerator CFD modelling ✔️ Conjugate heat and mass transfer analysis ✔️ Adsorption and desiccant regeneration simulation ✔️ Desiccant concentration prediction over time ✔️ Meshing, boundary condition setup, solver execution, and post-processing The complete CFD workflow will be performed using ANSYS Fluent and COMSOL software, ensuring all final files remain editable for future modifications. I also have strong experience in static, dynamic, thermal, vibration, CFD, CFX, multiphase flow, nonlinear, transient, explicit, composite material, electromagnetic, electrothermal, and multiphysics analysis. ⭐ Software Expertise ⭐ ✔️ ANSYS Fluent / CFX ✔️ COMSOL ✔️ OpenFOAM ✔️ Abaqus I assure you that the final simulation results will meet your expectations with maximum accuracy and precision. ❀ Dr. Ramesh R ❀

@jessed98

Hi, i can help with this project. i work with a small team and can deliver a clean, modern result based on your requirements. please share a few more details so i can confirm price and timeline.

@batuhanakkova

Hi, As an Astronautical Engineer and Lead Engineer with a professional focus on high-fidelity fluid dynamics, species transport, and CHT, I am uniquely prepared to architect the numerical model for your solar-thermal dehumidification system. Why My Engineering Fits This Scope - I specialize in the deterministic modeling of complex fluidic interfaces. I will utilize ANSYS Fluent to implement the species transport equations required to track desiccant concentration shifts. - I will include Conjugate Heat Transfer to account for the thermal interaction between the liquid desiccant and the contactor surfaces, which is critical for predicting the high-temperature regeneration efficiency. - Drawing on my work with regenerative cooling channels and species-transport modeling for aerospace systems, I am adept at handling the stiff coupling between thermal and concentration gradients. I will ensure the model converges consistently and passes a rigorous mesh-independence check before validation. Proposed Plan - Defining the specific material properties and implementing the governing equations. - Developing a refined mesh to capture the thin boundary layers, followed by steady-state or transient solver execution. - Benchmarking the results against peer-reviewed data. - Delivering clean, well-commented project files and a comprehensive technical summary including moisture profiles and concentration curves. Best regards, Batuhan Akkova

@syedfahadahmad33

Hello I just read out your description and am interested in your project. I am an Expert in ANSYS Simulation , and have also worked with it in the past. If you need Quality Work, then feel free to contact me Thanks

@paulszamb

Hello, I am a Naval Engineer and CFD researcher with experience in OpenFOAM, heat and mass transfer simulations, and numerical modeling for sustainable energy systems. I can develop a reliable model for the absorber and regenerator system including species transport, conjugate heat transfer, adsorption behavior, and desiccant concentration evolution, while ensuring mesh independence and validation against published benchmarks. And also provide the documentation of simulation files, post-processing results, and a technical report of your system.

@striker42

Hello, I am interested in your CFD-based numerical modelling project for the solar-thermal liquid desiccant dehumidification system. I have hands-on CFD experience using OpenFOAM, ANSYS Fluent, Salome, ParaView, and Python automation. My current master’s thesis focuses on CFD-based process assessment of airflow, droplet/aerosol transport, particle residence time, extraction efficiency, wall deposition, and contamination-control performance in semiconductor process-fluid systems. I also apply residual monitoring, mass-balance checks, velocity-bound checks, benchmark validation, and mesh-independence studies to ensure reliable simulation results. Although I have not worked specifically on liquid desiccant systems before, my background is directly relevant to your project because it involves coupled flow, heat transfer, species/moisture transport, concentration variation, and validation-based CFD modelling. I have also worked on thermal-fluid and multiphase simulations, including phase-change material modelling in ANSYS Fluent. For your project, I can help set up the absorber and regenerator model with suitable geometry, mesh, material properties, boundary conditions, heat and mass transfer setup, species transport, and post-processing. I can provide temperature contours, moisture profiles, concentration curves, desiccant effectiveness values, and a short report covering assumptions, governing equations, mesh-independence, and validation. Best regards, Vishal Singh