Remote
Work location
FEA testing services Anyone
About the job
We are designing a motorcycle helmet for which an FEA analysis is required in the near future. Details on the subject are given below.
Summary of Key Aspects for FEA (Impact) Analysis of Motorcycle Helmets:
Impact Loads: Include the speed (20-80 km/h), angle (frontal, lateral, rear), and impact points (top, side, chin).
Contact Conditions: Model the impact against surfaces like asphalt or concrete, and simulate realistic friction and sliding behaviors between the helmet and the surface.
Materials: Specify materials such as polycarbonate, fiberglass, or carbon composites, including properties like elastic modulus, impact resistance, and behavior under dynamic loads. Also consider the inner foam (EPS).
Real-World Simulation: Factor in ambient temperature and the behavior of the helmet on different surfaces, simulating its performance under dynamic loads.
Mesh: Use a refined mesh, especially in areas with high deformation, ensuring adequate density to represent the geometry accurately.
Required Results: Include stress/strain distribution, potential failure points, absorbed energy, displacement values, and effectiveness in mitigating the impact.
Iterations and Optimization: If initial results are unsatisfactory, iterate and optimize the design (reinforcements, foam adjustments) to improve performance.
Delivery Timeline: Specify the time for completing the analysis, e.g., [X weeks], and include a detailed report with results and recommendations.
Norm... read more
Summary of Key Aspects for FEA (Impact) Analysis of Motorcycle Helmets:
Impact Loads: Include the speed (20-80 km/h), angle (frontal, lateral, rear), and impact points (top, side, chin).
Contact Conditions: Model the impact against surfaces like asphalt or concrete, and simulate realistic friction and sliding behaviors between the helmet and the surface.
Materials: Specify materials such as polycarbonate, fiberglass, or carbon composites, including properties like elastic modulus, impact resistance, and behavior under dynamic loads. Also consider the inner foam (EPS).
Real-World Simulation: Factor in ambient temperature and the behavior of the helmet on different surfaces, simulating its performance under dynamic loads.
Mesh: Use a refined mesh, especially in areas with high deformation, ensuring adequate density to represent the geometry accurately.
Required Results: Include stress/strain distribution, potential failure points, absorbed energy, displacement values, and effectiveness in mitigating the impact.
Iterations and Optimization: If initial results are unsatisfactory, iterate and optimize the design (reinforcements, foam adjustments) to improve performance.
Delivery Timeline: Specify the time for completing the analysis, e.g., [X weeks], and include a detailed report with results and recommendations.
Norm... read more
We are designing a motorcycle helmet for which an FEA analysis is required in the near future. Details on the subject are given below.
Summary of Key Aspects for FEA (Impact) Analysis of Motorcycle Helmets:
Impact Loads: Include the speed (20-80 km/h), angle (frontal, lateral, rear), and impact points (top, side, chin).
Contact Conditions: Model the impact against surfaces like asphalt or concrete, and simulate realistic friction and sliding behaviors between the helmet and the surface.
Materials: Specify materials such as polycarbonate, fiberglass, or carbon composites, including properties like elastic modulus, impact resistance, and behavior under dynamic loads. Also consider the inner foam (EPS).
Real-World Simulation: Factor in ambient temperature and the behavior of the helmet on different surfaces, simulating its performance under dynamic loads.
Mesh: Use a refined mesh, especially in areas with high deformation, ensuring adequate density to represent the geometry accurately.
Required Results: Include stress/strain distribution, potential failure points, absorbed energy, displacement values, and effectiveness in mitigating the impact.
Iterations and Optimization: If initial results are unsatisfactory, iterate and optimize the design (reinforcements, foam adjustments) to improve performance.
Delivery Timeline: Specify the time for completing the analysis, e.g., [X weeks], and include a detailed report with results and recommendations.
Norms and Standards: Ensure compliance with international standards like ECE 22.05, DOT FMVSS 218, and ISO 16908.
Technical Report: Provide a comprehensive report with results, visual data (charts/tables), and actionable recommendations for improving the design.
Confidentiality: A non-disclosure agreement (NDA) should be signed to protect confidential information.
Software Requirements: Use recognized FEA software like ANSYS, Abaqus, Nastran, LS-DYNA, capable of simulating nonlinear materials, contact, and large deformations. read less
Summary of Key Aspects for FEA (Impact) Analysis of Motorcycle Helmets:
Impact Loads: Include the speed (20-80 km/h), angle (frontal, lateral, rear), and impact points (top, side, chin).
Contact Conditions: Model the impact against surfaces like asphalt or concrete, and simulate realistic friction and sliding behaviors between the helmet and the surface.
Materials: Specify materials such as polycarbonate, fiberglass, or carbon composites, including properties like elastic modulus, impact resistance, and behavior under dynamic loads. Also consider the inner foam (EPS).
Real-World Simulation: Factor in ambient temperature and the behavior of the helmet on different surfaces, simulating its performance under dynamic loads.
Mesh: Use a refined mesh, especially in areas with high deformation, ensuring adequate density to represent the geometry accurately.
Required Results: Include stress/strain distribution, potential failure points, absorbed energy, displacement values, and effectiveness in mitigating the impact.
Iterations and Optimization: If initial results are unsatisfactory, iterate and optimize the design (reinforcements, foam adjustments) to improve performance.
Delivery Timeline: Specify the time for completing the analysis, e.g., [X weeks], and include a detailed report with results and recommendations.
Norms and Standards: Ensure compliance with international standards like ECE 22.05, DOT FMVSS 218, and ISO 16908.
Technical Report: Provide a comprehensive report with results, visual data (charts/tables), and actionable recommendations for improving the design.
Confidentiality: A non-disclosure agreement (NDA) should be signed to protect confidential information.
Software Requirements: Use recognized FEA software like ANSYS, Abaqus, Nastran, LS-DYNA, capable of simulating nonlinear materials, contact, and large deformations. read less
We are designing a motorcycle helmet for which an FEA analysis is required in the near future. Details on the subject are given below.
Summary of Key Aspects for FEA (Impact) Analysis of Motorcycle Helmets:
Impact Loads: Include the speed (20-80 km/h), angle (frontal, lateral, rear), and impact points (top, side, chin).
Contact Conditions: Model the impact against surfaces like asphalt o... read more
Summary of Key Aspects for FEA (Impact) Analysis of Motorcycle Helmets:
Impact Loads: Include the speed (20-80 km/h), angle (frontal, lateral, rear), and impact points (top, side, chin).
Contact Conditions: Model the impact against surfaces like asphalt o... read more
We are designing a motorcycle helmet for which an FEA analysis is required in the near future. Details on the subject are given below.
Summary of Key Aspects for FEA (Impact) Analysis of Motorcycle Helmets:
Impact Loads: Include the speed (20-80 km/h), angle (frontal, lateral, rear), and impact points (top, side, chin).
Contact Conditions: Model the impact against surfaces like asphalt or concrete, and simulate realistic friction and sliding behaviors between the helmet and the surface.
Materials: Specify materials such as polycarbonate, fiberglass, or carbon composites, including properties like elastic modulus, impact resistance, and behavior under dynamic loads. Also consider the inner foam (EPS).
Real-World Simulation: Factor in ambient temperature and the behavior of the helmet on different surfaces, simulating its performance under dynamic loads.
Mesh: Use a refined mesh, especially in areas with high deformation, ensuring adequate density to represent the geometry accurately.
Required Results: Include stress/strain distribution, potential failure points, absorbed energy, displacement values, and effectiveness in mitigating the impact.
Iterations and Optimization: If initial results are unsatisfactory, iterate and optimize the design (reinforcements, foam adjustments) to improve performance.
Delivery Timeline: Specify the time for completing the analysis, e.g., [X weeks], and include a detailed report with results and recommendations.
Norms and Standards: Ensure compliance with international standards like ECE 22.05, DOT FMVSS 218, and ISO 16908.
Technical Report: Provide a comprehensive report with results, visual data (charts/tables), and actionable recommendations for improving the design.
Confidentiality: A non-disclosure agreement (NDA) should be signed to protect confidential information.
Software Requirements: Use recognized FEA software like ANSYS, Abaqus, Nastran, LS-DYNA, capable of simulating nonlinear materials, contact, and large deformations. read less
Summary of Key Aspects for FEA (Impact) Analysis of Motorcycle Helmets:
Impact Loads: Include the speed (20-80 km/h), angle (frontal, lateral, rear), and impact points (top, side, chin).
Contact Conditions: Model the impact against surfaces like asphalt or concrete, and simulate realistic friction and sliding behaviors between the helmet and the surface.
Materials: Specify materials such as polycarbonate, fiberglass, or carbon composites, including properties like elastic modulus, impact resistance, and behavior under dynamic loads. Also consider the inner foam (EPS).
Real-World Simulation: Factor in ambient temperature and the behavior of the helmet on different surfaces, simulating its performance under dynamic loads.
Mesh: Use a refined mesh, especially in areas with high deformation, ensuring adequate density to represent the geometry accurately.
Required Results: Include stress/strain distribution, potential failure points, absorbed energy, displacement values, and effectiveness in mitigating the impact.
Iterations and Optimization: If initial results are unsatisfactory, iterate and optimize the design (reinforcements, foam adjustments) to improve performance.
Delivery Timeline: Specify the time for completing the analysis, e.g., [X weeks], and include a detailed report with results and recommendations.
Norms and Standards: Ensure compliance with international standards like ECE 22.05, DOT FMVSS 218, and ISO 16908.
Technical Report: Provide a comprehensive report with results, visual data (charts/tables), and actionable recommendations for improving the design.
Confidentiality: A non-disclosure agreement (NDA) should be signed to protect confidential information.
Software Requirements: Use recognized FEA software like ANSYS, Abaqus, Nastran, LS-DYNA, capable of simulating nonlinear materials, contact, and large deformations. read less
Things to know
Expert
Skill Level
Open budget
Hourly
Part-time
Job type
Under 1-month
Job duration
Areas of expertise
ABAQUS
ANSYS
Abaqus
Ansys
FEA
FEA Analysis
Finite Element Analysis
NASTRAN
+5 more
Job categories
FEA Finite Element Analysis
About the client
Payment ready
Turkey (01:31 am)
Posted
Active
Job activity
21 Applicants
3 interviews in progress
2 unanswered invites
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