Remote
Work location
Finite Element Analysis Ended
About the job
FEA of Mild Steel Pipe Assembly (Swinging and Static Load Analysis – Phase 1)
We are looking for an experienced FEA engineer to perform structural analysis on a simple pipe assembly made of mild steel (yield ≈ 250 MPa).
Assembly Details :
1. Handle Pipe (Hollow)
- Outer Diameter: 40 mm
- Length: 1000 mm
2. Weight Plates
- Total mass: ~20 kg
- Clamped directly to the end of the handle pipe
- Mounted using two cylindrical pins (one at the
top and one at the bottom)
- Approximate stack height: 120 mm
Analysis Requirements – Phase 1
1. Evaluate stresses and deflections under:
- Self-weight
- Swinging conditions at 1 RPM, considering
centrifugal forces of 20 kg at a 0.9 m radius
- Force due to sudden stop during swings, treated
as the resultant of the momentum of the weight
plate (a sudden-stop load, not an impact)
2. Use bonded contacts and bolt/pin connectors
(simplified setup acceptable)
Deliverables
1. Minimum required wall thickness of the handle
pipe
2. Minimum required pin and hole diameters
3. Stress and deflection plots, including safety
factors
4. Consideration of forces due to sudden stop
during swings
5. Final PDF report and editable FEA source file
When Applying, Please Include
1. Estimated cost and lead time for Phase 1
2. Example screenshots or reports from similar FEA
projects
3. The software you’ll use (e.g., ANSYS, SolidWorks
S... read more
We are looking for an experienced FEA engineer to perform structural analysis on a simple pipe assembly made of mild steel (yield ≈ 250 MPa).
Assembly Details :
1. Handle Pipe (Hollow)
- Outer Diameter: 40 mm
- Length: 1000 mm
2. Weight Plates
- Total mass: ~20 kg
- Clamped directly to the end of the handle pipe
- Mounted using two cylindrical pins (one at the
top and one at the bottom)
- Approximate stack height: 120 mm
Analysis Requirements – Phase 1
1. Evaluate stresses and deflections under:
- Self-weight
- Swinging conditions at 1 RPM, considering
centrifugal forces of 20 kg at a 0.9 m radius
- Force due to sudden stop during swings, treated
as the resultant of the momentum of the weight
plate (a sudden-stop load, not an impact)
2. Use bonded contacts and bolt/pin connectors
(simplified setup acceptable)
Deliverables
1. Minimum required wall thickness of the handle
pipe
2. Minimum required pin and hole diameters
3. Stress and deflection plots, including safety
factors
4. Consideration of forces due to sudden stop
during swings
5. Final PDF report and editable FEA source file
When Applying, Please Include
1. Estimated cost and lead time for Phase 1
2. Example screenshots or reports from similar FEA
projects
3. The software you’ll use (e.g., ANSYS, SolidWorks
S... read more
FEA of Mild Steel Pipe Assembly (Swinging and Static Load Analysis – Phase 1)
We are looking for an experienced FEA engineer to perform structural analysis on a simple pipe assembly made of mild steel (yield ≈ 250 MPa).
Assembly Details :
1. Handle Pipe (Hollow)
- Outer Diameter: 40 mm
- Length: 1000 mm
2. Weight Plates
- Total mass: ~20 kg
- Clamped directly to the end of the handle pipe
- Mounted using two cylindrical pins (one at the
top and one at the bottom)
- Approximate stack height: 120 mm
Analysis Requirements – Phase 1
1. Evaluate stresses and deflections under:
- Self-weight
- Swinging conditions at 1 RPM, considering
centrifugal forces of 20 kg at a 0.9 m radius
- Force due to sudden stop during swings, treated
as the resultant of the momentum of the weight
plate (a sudden-stop load, not an impact)
2. Use bonded contacts and bolt/pin connectors
(simplified setup acceptable)
Deliverables
1. Minimum required wall thickness of the handle
pipe
2. Minimum required pin and hole diameters
3. Stress and deflection plots, including safety
factors
4. Consideration of forces due to sudden stop
during swings
5. Final PDF report and editable FEA source file
When Applying, Please Include
1. Estimated cost and lead time for Phase 1
2. Example screenshots or reports from similar FEA
projects
3. The software you’ll use (e.g., ANSYS, SolidWorks
Simulation, Fusion 360, Abaqus, etc.) and
confirmation that it supports bolt/pin connectors
4. Number of revisions included
5. Confirmation that you will provide:
Editable FEA source file
Final PDF report
Additional Notes
We have additional FEA requirements in the pipeline and are willing to pay fairly for quality work, so long-term collaboration is possible. read less
We are looking for an experienced FEA engineer to perform structural analysis on a simple pipe assembly made of mild steel (yield ≈ 250 MPa).
Assembly Details :
1. Handle Pipe (Hollow)
- Outer Diameter: 40 mm
- Length: 1000 mm
2. Weight Plates
- Total mass: ~20 kg
- Clamped directly to the end of the handle pipe
- Mounted using two cylindrical pins (one at the
top and one at the bottom)
- Approximate stack height: 120 mm
Analysis Requirements – Phase 1
1. Evaluate stresses and deflections under:
- Self-weight
- Swinging conditions at 1 RPM, considering
centrifugal forces of 20 kg at a 0.9 m radius
- Force due to sudden stop during swings, treated
as the resultant of the momentum of the weight
plate (a sudden-stop load, not an impact)
2. Use bonded contacts and bolt/pin connectors
(simplified setup acceptable)
Deliverables
1. Minimum required wall thickness of the handle
pipe
2. Minimum required pin and hole diameters
3. Stress and deflection plots, including safety
factors
4. Consideration of forces due to sudden stop
during swings
5. Final PDF report and editable FEA source file
When Applying, Please Include
1. Estimated cost and lead time for Phase 1
2. Example screenshots or reports from similar FEA
projects
3. The software you’ll use (e.g., ANSYS, SolidWorks
Simulation, Fusion 360, Abaqus, etc.) and
confirmation that it supports bolt/pin connectors
4. Number of revisions included
5. Confirmation that you will provide:
Editable FEA source file
Final PDF report
Additional Notes
We have additional FEA requirements in the pipeline and are willing to pay fairly for quality work, so long-term collaboration is possible. read less
FEA of Mild Steel Pipe Assembly (Swinging and Static Load Analysis – Phase 1)
We are looking for an experienced FEA engineer to perform structural analysis on a simple pipe assembly made of mild steel (yield ≈ 250 MPa).
Assembly Details :
1. Handle Pipe (Hollow)
- Outer Diameter: 40 mm
- Length: 1000 mm
2. Weight Plates
- Total mass: ~20 kg
- Clamped directly to the end o... read more
We are looking for an experienced FEA engineer to perform structural analysis on a simple pipe assembly made of mild steel (yield ≈ 250 MPa).
Assembly Details :
1. Handle Pipe (Hollow)
- Outer Diameter: 40 mm
- Length: 1000 mm
2. Weight Plates
- Total mass: ~20 kg
- Clamped directly to the end o... read more
FEA of Mild Steel Pipe Assembly (Swinging and Static Load Analysis – Phase 1)
We are looking for an experienced FEA engineer to perform structural analysis on a simple pipe assembly made of mild steel (yield ≈ 250 MPa).
Assembly Details :
1. Handle Pipe (Hollow)
- Outer Diameter: 40 mm
- Length: 1000 mm
2. Weight Plates
- Total mass: ~20 kg
- Clamped directly to the end of the handle pipe
- Mounted using two cylindrical pins (one at the
top and one at the bottom)
- Approximate stack height: 120 mm
Analysis Requirements – Phase 1
1. Evaluate stresses and deflections under:
- Self-weight
- Swinging conditions at 1 RPM, considering
centrifugal forces of 20 kg at a 0.9 m radius
- Force due to sudden stop during swings, treated
as the resultant of the momentum of the weight
plate (a sudden-stop load, not an impact)
2. Use bonded contacts and bolt/pin connectors
(simplified setup acceptable)
Deliverables
1. Minimum required wall thickness of the handle
pipe
2. Minimum required pin and hole diameters
3. Stress and deflection plots, including safety
factors
4. Consideration of forces due to sudden stop
during swings
5. Final PDF report and editable FEA source file
When Applying, Please Include
1. Estimated cost and lead time for Phase 1
2. Example screenshots or reports from similar FEA
projects
3. The software you’ll use (e.g., ANSYS, SolidWorks
Simulation, Fusion 360, Abaqus, etc.) and
confirmation that it supports bolt/pin connectors
4. Number of revisions included
5. Confirmation that you will provide:
Editable FEA source file
Final PDF report
Additional Notes
We have additional FEA requirements in the pipeline and are willing to pay fairly for quality work, so long-term collaboration is possible. read less
We are looking for an experienced FEA engineer to perform structural analysis on a simple pipe assembly made of mild steel (yield ≈ 250 MPa).
Assembly Details :
1. Handle Pipe (Hollow)
- Outer Diameter: 40 mm
- Length: 1000 mm
2. Weight Plates
- Total mass: ~20 kg
- Clamped directly to the end of the handle pipe
- Mounted using two cylindrical pins (one at the
top and one at the bottom)
- Approximate stack height: 120 mm
Analysis Requirements – Phase 1
1. Evaluate stresses and deflections under:
- Self-weight
- Swinging conditions at 1 RPM, considering
centrifugal forces of 20 kg at a 0.9 m radius
- Force due to sudden stop during swings, treated
as the resultant of the momentum of the weight
plate (a sudden-stop load, not an impact)
2. Use bonded contacts and bolt/pin connectors
(simplified setup acceptable)
Deliverables
1. Minimum required wall thickness of the handle
pipe
2. Minimum required pin and hole diameters
3. Stress and deflection plots, including safety
factors
4. Consideration of forces due to sudden stop
during swings
5. Final PDF report and editable FEA source file
When Applying, Please Include
1. Estimated cost and lead time for Phase 1
2. Example screenshots or reports from similar FEA
projects
3. The software you’ll use (e.g., ANSYS, SolidWorks
Simulation, Fusion 360, Abaqus, etc.) and
confirmation that it supports bolt/pin connectors
4. Number of revisions included
5. Confirmation that you will provide:
Editable FEA source file
Final PDF report
Additional Notes
We have additional FEA requirements in the pipeline and are willing to pay fairly for quality work, so long-term collaboration is possible. read less
Things to know
Intermediate
Skill Level
$80
Fixed-rate (USD)
Part-time
Job type
Under 1-month
Job duration
Areas of expertise
ANSYS
ANSYS FEA
FEA
FEA & Structural Analysis
Finite Element Analysis (FEA)
Finite Element Simulation
+3 more
Job categories
FEA Finite Element Analysis
About the client
Payment ready
India (09:19 am)
Posted
Active
Job activity
22 Applicants
0 interviews in progress
Similar jobs
Designer needed for Stress Analysis and Support Load Calculation for Fire Pump Room Piping System
Remote - Posted
We are seeking a piping stress analysis designer/engineer to perform a detailed stress analysis and support load calculation for a fire pump room piping system based on the at...
Engineering Design
FEA Finite Element Analysis
Structural Engineering
Mechanical Engineering
View job
Comparative Impact Analysis of Tubular, Monocoque and Hybrid Occupant Structures for a Lightweight Two-Seat Vehicle
Remote - Posted
A comparative structural impact study of three lightweight occupant-cell concepts for a small urban vehicle:
1. Tubular frame (aluminium)
2. Monocoque frame (preferably carb...
Mechanical Engineering
SolidWorks Engineering Services
FEA Finite Element Analysis
View job
Guindace on Analysis in ANSYS Explixt Dynamic / Autodyn of a Medium-Voltage Panel Arc internal Explosion Simulation
Remote - Posted
I would like to find a professional who could guide me through Ansys Student to run an simulation of a explosion caused by an Internal arc in a Medium-Voltage Panel.
The i...
FEA Finite Element Analysis
3D Modeling
3D Design Services
View job
Senior Thermofluid Simulation Engineer
Remote - Posted
Objective:
Develop high-fidelity simulation models of a novel low-temperature energy system combining ejector-driven multiphase flow, expansion turbine, and heat exchange pro...
Engineering Design
Mechanical Engineering
FEA Finite Element Analysis
Computational Fluid Dynamics
View job
Senior FEA reviewer needed: ANSYS APDL + PyMechanical + CalculiX
Remote - Posted
Need an experienced FEA engineer to review benchmark tasks for model-training use. This is a technical validation role, not greenfield creation. Scope includes: checking probl...
Mechanical Engineering
FEA Finite Element Analysis
View job
Nonlinear Elastic-Plastic FEA – Burst Pressure Analysis for Stainless Steel High-Pressure Gas Component (STEP Files Provided)
Remote - Posted
One-time project; I need a focused nonlinear elastic-plastic finite element analysis to determine the predicted burst pressure of a stainless steel high-pressure gas component...
FEA Finite Element Analysis
View job
How it works
Find hourly jobs
Top rated experts are regularly hired for hourly jobs & ongoing client work.
Fixed-rate jobs
Experts can browse & apply to fixed-rate work & quote on a flat-rate basis.
Design contests
Experts build a reputation and earn prizes by participating in design challenges.
About Cad Crowd
4.9/5.0
(Our client satisfaction)
G2 2022
Spring high performer
190,294
global members
32,628
projects delivered to clients
Trusted by
