Additional Load Case ( +5 days)
$150.00
I offer Finite Element Analysis (FEA) of mechanical components and structures
About this service
I provide engineering-focused Finite Element Analysis (FEA) of mechanical components and structures to evaluate structural performance, identify critical behaviour and support design decisions.
Depending on the engineering problem, the analysis may include linear or nonlinear structural behaviour, appropriate material modelling, contact, boundary conditions and defined load cases.
Typical scope may include:
• Review and preparation of CAD/FE geometry
• FE model preparation or model review
• Material definition and engineering assumptions
• Load cases and boundary-condition setup
• Linear and nonlinear structural analysis
• Stress, strain, deformation and reaction-force assessment
• Identification of critical locations and failure modes
• Engineering interpretation of results and design recommendations
• Technical analysis report
I work with LS-DYNA, Radioss/OpenRadioss, Abaqus, ANSYS and HyperMesh, selecting the appropriate solver and modelling approach based on the component, loading, required fidelity and available reference/test data.
The final scope is established from the geometry, material, loading, required analysis fidelity and available engineering/test information.
Depending on the engineering problem, the analysis may include linear or nonlinear structural behaviour, appropriate material modelling, contact, boundary conditions and defined load cases.
Typical scope may include:
• Review and preparation of CAD/FE geometry
• FE model preparation or model review
• Material definition and engineering assumptions
• Load cases and boundary-condition setup
• Linear and nonlinear structural analysis
• Stress, strain, deformation and reaction-force assessment
• Identification of critical locations and failure modes
• Engineering interpretation of results and design recommendations
• Technical analysis report
I work with LS-DYNA, Radioss/OpenRadioss, Abaqus, ANSYS and HyperMesh, selecting the appropriate solver and modelling approach based on the component, loading, required fidelity and available reference/test data.
The final scope is established from the geometry, material, loading, required analysis fidelity and available engineering/test information.
I provide engineering-focused Finite Element Analysis (FEA) of mechanical components and structures to evaluate structural performance, identify critical behaviour and support design decisions.
Depending on the engineering problem, the analysis may include linear or nonlinear structural behaviour, appropriate material modelling, contact, boundary conditions and defined load cases.
Typical scope may include:
• Review and preparation of CAD/FE geometry
• FE model preparation or model review
• Material definition and engineering assumptions
• Load cases and boundary-condition setup
• Linear and nonlinear structural analysis
• Stress, strain, deformation and reaction-force assessment
• Identification of critical locations and failure modes
• Engineering interpretation of results and design recommendations
• Technical analysis report
I work with LS-DYNA, Radioss/OpenRadioss, Abaqus, ANSYS and HyperMesh, selecting the appropriate solver and modelling approach based on the component, loading, required fidelity and available reference/test data.
The final scope is established from the geometry, material, loading, required analysis fidelity and available engineering/test information.
Depending on the engineering problem, the analysis may include linear or nonlinear structural behaviour, appropriate material modelling, contact, boundary conditions and defined load cases.
Typical scope may include:
• Review and preparation of CAD/FE geometry
• FE model preparation or model review
• Material definition and engineering assumptions
• Load cases and boundary-condition setup
• Linear and nonlinear structural analysis
• Stress, strain, deformation and reaction-force assessment
• Identification of critical locations and failure modes
• Engineering interpretation of results and design recommendations
• Technical analysis report
I work with LS-DYNA, Radioss/OpenRadioss, Abaqus, ANSYS and HyperMesh, selecting the appropriate solver and modelling approach based on the component, loading, required fidelity and available reference/test data.
The final scope is established from the geometry, material, loading, required analysis fidelity and available engineering/test information.
I provide engineering-focused Finite Element Analysis (FEA) of mechanical components and structures to evaluate structural performance, identify critical behaviour and support design decisions.
Depending on the engineering problem, the analysis may include linear or nonlinear structural behaviour, appropriate material modelling, contact, boundary conditions and defined load cases.
Typical scope... read more
Depending on the engineering problem, the analysis may include linear or nonlinear structural behaviour, appropriate material modelling, contact, boundary conditions and defined load cases.
Typical scope... read more
I provide engineering-focused Finite Element Analysis (FEA) of mechanical components and structures to evaluate structural performance, identify critical behaviour and support design decisions.
Depending on the engineering problem, the analysis may include linear or nonlinear structural behaviour, appropriate material modelling, contact, boundary conditions and defined load cases.
Typical scope may include:
• Review and preparation of CAD/FE geometry
• FE model preparation or model review
• Material definition and engineering assumptions
• Load cases and boundary-condition setup
• Linear and nonlinear structural analysis
• Stress, strain, deformation and reaction-force assessment
• Identification of critical locations and failure modes
• Engineering interpretation of results and design recommendations
• Technical analysis report
I work with LS-DYNA, Radioss/OpenRadioss, Abaqus, ANSYS and HyperMesh, selecting the appropriate solver and modelling approach based on the component, loading, required fidelity and available reference/test data.
The final scope is established from the geometry, material, loading, required analysis fidelity and available engineering/test information. read less
Depending on the engineering problem, the analysis may include linear or nonlinear structural behaviour, appropriate material modelling, contact, boundary conditions and defined load cases.
Typical scope may include:
• Review and preparation of CAD/FE geometry
• FE model preparation or model review
• Material definition and engineering assumptions
• Load cases and boundary-condition setup
• Linear and nonlinear structural analysis
• Stress, strain, deformation and reaction-force assessment
• Identification of critical locations and failure modes
• Engineering interpretation of results and design recommendations
• Technical analysis report
I work with LS-DYNA, Radioss/OpenRadioss, Abaqus, ANSYS and HyperMesh, selecting the appropriate solver and modelling approach based on the component, loading, required fidelity and available reference/test data.
The final scope is established from the geometry, material, loading, required analysis fidelity and available engineering/test information. read less
Service offer categories
FEA Finite Element Analysis
Engineering Design
Mechanical Design Services
Software & skills
ABAQUS
Altair HyperWorks
Altair HyperWorks
Altair Hypermesh
Engineering Analysis
FEA Finite Element Analysis
Fatigue and Static Strength
LS DYNA
Mechanical Analysis and Design
Nonlinear FEA
+7 more
This service includes
| Service tiers | Simple $225 | Standard $500 | Advanced $1,000 |
|---|---|---|---|
| Summary | Preliminary FEA Assessment | Engineering FEA Study | Detailed Structural FEA & Design Assessment |
| Details | • Client-provided CAD or FE model • 1 clearly defined load case • Linear static structural analysis • Stress and deformation assessment • Identification of critical regions • Concise engineering summary • Analysis assumptions and boundary conditions documented | • CAD/FE model preparation or review • Up to 2 defined load cases • Material, boundary-condition and contact setup as required • Structural FEA and result interpretation • Stress, deformation and reaction-force assessment • Identification of critical behaviour • Engineering recommendations • Technical analysis report | • FE model preparation/review • Up to 3 defined load cases • Detailed structural analysis, including nonlinear/contact effects where the problem is suitable for a fixed scope • Detailed assessment of stresses, strains, deformation and critical regions • Engineering interpretation and design-improvement recommendations • Comparison of design/load-case responses where applicable • Detailed technical report |
| Delivery time | 5 days | 10 days | 15 days |
| Number of revisions | 1 | 1 | 2 |
Optional add-ons
Member since
June 2025
Languages
English,
Hindi
Avg. response time
1 hour
Mechanical Engineering | Simulation-Driven Design | CAD • CAE • Validation
I am a mechanical engineering and product development consultant with 20+ years of experience across R&D, simulation-driven design, CAE, structural analysis, durability, crashworthiness and engineering validation.
I help companies turn engineering concepts and real-world requirements into analyzable, manufacturable and validated product designs.
My work can span the engineering lifecycle:
• Eng... read more
I help companies turn engineering concepts and real-world requirements into analyzable, manufacturable and validated product designs.
My work can span the engineering lifecycle:
• Eng... read more
Questions and answers
Typically I need the component or assembly geometry, material information, loading/operating conditions, boundary conditions and the required performance criteria. Existing FE models, test data or previous analysis results are also useful where available.
Yes. Where required, I can help translate operating conditions, service information or available field/test data into engineering load cases suitable for simulation. The definition of loads and boundary conditions is an important part of establishing a credible analysis.
Yes. Analysis results can be used to identify critical behaviour, assess design alternatives and guide design iterations. The objective is to connect simulation results with the underlying engineering requirement rather than treating FEA as a standalone reporting exercise.
Yes. Where suitable test or experimental data are available, I can support simulation–test correlation and assess the adequacy of the model and assumptions. The specific correlation approach depends on the response quantities and available data.
Yes. Where appropriate, the analysis can be linked to Design Verification & Validation (DVP/DV&P), defining what the simulation is intended to demonstrate, the relevant load cases and performance criteria, and how simulation results can be used alongside physical testing.
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