ANSYS Stress Analysis on Dented Steel Pipeline
Budget: $750 – $1,500 USD
I require a detailed 3D Finite Element Analysis using ANSYS on a steel pipeline with dents. The analysis should focus on hoop stress and longitudinal stress, as well as the combination of both stresses.
Model: 9m pipeline with a dent of 21.49mm depth at 500mm x 400mm size
Load case: Working Pressure (1.11MPa) and Design Pressure (1.6MPa)
Pipeline OD: 1220.2mm
Thickness: 10.1mm
SMYS: 228MPa
Key Requirements:
- Perform a comprehensive 3D Finite Element Analysis on the pipeline.
- Evaluate hoop stress, longitudinal stress, and the combination of both.
- Assess the impact of dent parameters including depth, length, and width.
Ideal Skills and Experience:
- Proficiency in using ANSYS for stress analysis.
- Strong background in pipeline engineering and stress analysis.
- Experience working with steel materials.
- Ability to interpret and present complex analytical results in a clear and concise manner.
Model: 9m pipeline with a dent of 21.49mm depth at 500mm x 400mm size
Load case: Working Pressure (1.11MPa) and Design Pressure (1.6MPa)
Pipeline OD: 1220.2mm
Thickness: 10.1mm
SMYS: 228MPa
Key Requirements:
- Perform a comprehensive 3D Finite Element Analysis on the pipeline.
- Evaluate hoop stress, longitudinal stress, and the combination of both.
- Assess the impact of dent parameters including depth, length, and width.
Ideal Skills and Experience:
- Proficiency in using ANSYS for stress analysis.
- Strong background in pipeline engineering and stress analysis.
- Experience working with steel materials.
- Ability to interpret and present complex analytical results in a clear and concise manner.