Acoustic Pressure Modeling in COMSOL
Budget: $30 – $250 AUD
I'm looking for an expert in COMSOL MULTIPHYSICS to create a model focused on acoustic pressure propagation through water. After building the model, you will need to analyze the results using MATLAB.
Key Requirements:
- Expertise in COMSOL MULTIPHYSICS
- Proficient in MATLAB
- Prior experience with acoustics modeling
- Understanding of fluid dynamics in water
1. We need to prepare the exact model(refer fig.2 from reference paper) in COMSOL MULTIPHYSICS only for the UK PIPE DETAILS WITH SOIL TYPE 1. (details are on pg 4). For the model use a finer mesh.
2. Get the results for the model in MATLABS (the results and graphs should look exactly same to that shown in the reference paper.)The graphs needed are on pg no. 6,7,8,10,11 and 13. (also need the fig.8)(THE GRAPHS NEED TO BE MADE ONLY FOR UK PIPE. AND THE CURVE SHOULD BE EXACTLY SAME AS THE REFERENCE PAPER)
3.The calculation also need to be done for equation 4,5 and 6. For the calculation of equation 4, you need to fix 2 points A & B on the pipe (possibly one at 3 m and another at 8 m)
4. The results should have the exact same values and graphs as the reference paper.
THE MODEL IS EXACTLY THE SAME AS THE REFERENCE PAPER AND ONLY FOR THE UK PIPE WITH SOIL TYPE 1.(please DO NOT prepare a model for brazil pipe and DO NOT include brazil pipe in the graphs. )
Please send the COMSOL model file along with extracted txt files and MATLAB files.
Key Requirements:
- Expertise in COMSOL MULTIPHYSICS
- Proficient in MATLAB
- Prior experience with acoustics modeling
- Understanding of fluid dynamics in water
1. We need to prepare the exact model(refer fig.2 from reference paper) in COMSOL MULTIPHYSICS only for the UK PIPE DETAILS WITH SOIL TYPE 1. (details are on pg 4). For the model use a finer mesh.
2. Get the results for the model in MATLABS (the results and graphs should look exactly same to that shown in the reference paper.)The graphs needed are on pg no. 6,7,8,10,11 and 13. (also need the fig.8)(THE GRAPHS NEED TO BE MADE ONLY FOR UK PIPE. AND THE CURVE SHOULD BE EXACTLY SAME AS THE REFERENCE PAPER)
3.The calculation also need to be done for equation 4,5 and 6. For the calculation of equation 4, you need to fix 2 points A & B on the pipe (possibly one at 3 m and another at 8 m)
4. The results should have the exact same values and graphs as the reference paper.
THE MODEL IS EXACTLY THE SAME AS THE REFERENCE PAPER AND ONLY FOR THE UK PIPE WITH SOIL TYPE 1.(please DO NOT prepare a model for brazil pipe and DO NOT include brazil pipe in the graphs. )
Please send the COMSOL model file along with extracted txt files and MATLAB files.