Antenna FEM Analysis

@saleiz2019

Hi, I did a related project for a roof top solar panel before. If you have the CAD model of the Antenna assembly, please share it on the chat so that I can import it to ANSYS Fluent first and apply the wind velocity to generate the pressure data excreted on the assembly surfaces. Then I will export that pressure data to ANSYS Static Structural to use it as a loading condition to run an FEA simulation to check the stability of the Antenna assembly at 45 km/Hr. I have a mechanical engineering master's degree with FEA and CFD expertise using ANSYS for more than 10 years. I will share sample results of the previous work on the chat. Please don't hesitate to contact me on the chat so that we can discuss the terms and conditions to start right away. Best regards, Saleamlak A.

@frosthp

Hello, I can evaluate your antena on tilting at front wind, back wind, side wind. I will show you where the centr of mass of the structure, which load need to add to avoid tilting at 45 km/hr. Feel free to contact me

@kadek37

Hello, I'm Kadek Wahyudi, B.Eng., M.Eng. I'm highly prepared to execute this antenna structural stability analysis, drawing on my deep expertise in FEA and ANSYS Static Structural. I have an extensive portfolio of successful structural validations ranging from simple components to highly complex machinery such as full sasis designs for 30-ton heavy-duty trailers and structural integrity assessments for large-scale mining conveyor systems under extreme impact loads which I would be glad to share as examples. To ensure the simulation precisely mirrors your requirements, will the 45 km/h wind load be applied as a uniform pressure based on a specific drag coefficient of the antenna geometry, or do you have pre-calculated wind pressure data that we should apply directly to evaluate the deformation and structural tipping stability? Thank you.

@mohamedr430

After drawing geometry . Then i wll calculate wind or air loads then generate mesh then i will solve model and validate desgin . I done anlysis in window to study effects of winds on it

@darshak417

Hello I have done similar work. Can we have discussion about your requirments. If intrested feel free to contact.

@ashwinraoa

Hi, I'm a CAE/FEA Engineer with 15+ years of experience in ANSYS structural simulations. I have carefully reviewed your requirement and understand that this project focuses on evaluating the antenna's structural stability under a wind speed of 45 km/hr, rather than performing a detailed stress analysis. Based on the antenna configuration shown, the primary assessment is verification of stability against overturning caused by wind loading on the 1.8 m offset reflector. I will develop an ANSYS static structural model to evaluate the load transfer through the azimuth/elevation mount into the tripod support system. Deliverables: • Wind load application corresponding to 45 km/hr • Stability assessment based on overturning vs. resisting moments • Reaction forces at each tripod support to verify no tipping or uplift • Overall deformation results with annotated plots • Short engineering report with conclusions • Native ANSYS project files To begin, I would require the CAD model (if available), assembly mass, material details, and confirmation whether the tripod is anchored or free-standing. I can share relevant ANSYS examples upon request and can start immediately. Best Regards, Ashwin Rao

@DevakarFEA

Hi I am Devakar FEA Engineer with 4 Years of experience in Static Analysis using Altair Hypermesh and MSC Nastran Solver. As per your request, I can simulate a static analysis in your model and tell you how much it is deflecting to the input. With that we can see the stability of it. To know more details you can dm me. We will discuss in details

@rajans006

I am a Mechanical Engineer with expertise in ANSYS FEA and structural analysis. I can perform the static structural analysis of your antenna under a 45 km/h wind load to assess its stability and deformation behavior. The study will include proper load and boundary condition setup, meshing, simulation, and a concise engineering report focused on structural stability. I ensure accurate results, clear documentation, and quick turnaround. I look forward to working on your project.

@aRtEmIx404

Hello Sir, We can study the structural stability of your antenna structure using Ansys. Please contact us to discuss the project in more detail and know more about our experience.

@shivamk2579

With my extensive experience in SolidWorks and ANSYS as CAE (CAD/CAM) tools, and a background in Mechanical Engineering, I firmly believe that I am the best fit for this project. From designing and simulating all terrain vehicles, agriculture machines, engineering projects, to analyzing the Structural Stability and Motion Simulation of various structures such as elevated ones, I have dealt with a multitude of complex projects like yours successfully. Conducting Structural Analysis including FEA and CFD analysis using Ansys is one of my key skills among many others. While you've specified that your project needs static structural analysis against wind load of 45km/Hr, I assure you that I can efficiently deliver this requirement since it is similar to the testing done on an ATV or agricultural machines encountering strong winds. Your project description aligns perfectly with my skills and experiences, making me confident in my ability to meet your expectations. As a passionate Mechanical Engineer, pleasing clients with quality outputs and timely submissions is my top priority. To aid the decision-making process further, I have attached samples of my previous work for your perusal. I sincerely look forward to working on your antenna FEM analysis project and assure you an impeccable outcome!

@discretevd

Dear Client, 15+ years of FEA experience, including static structural analysis on various mechanical assemblies and structures. ANSYS is my primary tool. Wind load analysis on antenna structures is straightforward for me — boundary conditions, pressure load definition, and structural stability assessment. I can deliver clear results with a concise report. Happy to share relevant past work examples in a brief meeting before we start. Best regards, Ugur