I will create FEA analysis for CAD models - static stress
About this service
Do you have a CAD model and want to know how it will behave under real-world loads before manufacturing it?
I offer Finite Element Analysis (FEA) of CAD models using Autodesk Fusion, initially focused on static stress and structural analysis.
This service is intended for two main types of clients:
- Hobbyists, makers, students, and independent designers who want engineering feedback on their CAD models and need help identifying weak areas or opportunities for optimization.
- Professional designers and engineers who need a preliminary or intermediate analysis during the design process, before committing to a more advanced or official simulation using software such as ANSYS, Abaqus, or similar engineering platforms.
The goal is simple: use simulation to make better design decisions before manufacturing.
Instead of relying solely on intuition, hand calculations, or expensive physical prototypes, FEA can provide valuable insight into where a component is likely to experience high stress, excessive deformation, or other potential problems.
I offer Finite Element Analysis (FEA) of CAD models using Autodesk Fusion, initially focused on static stress and structural analysis.
This service is intended for two main types of clients:
- Hobbyists, makers, students, and independent designers who want engineering feedback on their CAD models and need help identifying weak areas or opportunities for optimization.
- Professional designers and engineers who need a preliminary or intermediate analysis during the design process, before committing to a more advanced or official simulation using software such as ANSYS, Abaqus, or similar engineering platforms.
The goal is simple: use simulation to make better design decisions before manufacturing.
Instead of relying solely on intuition, hand calculations, or expensive physical prototypes, FEA can provide valuable insight into where a component is likely to experience high stress, excessive deformation, or other potential problems.
Do you have a CAD model and want to know how it will behave under real-world loads before manufacturing it?
I offer Finite Element Analysis (FEA) of CAD models using Autodesk Fusion, initially focused on static stress and structural analysis.
This service is intended for two main types of clients:
- Hobbyists, makers, students, and independent designers who want engineering feedback on their CAD models and need help identifying weak areas or opportunities for optimization.
- Professional designers and engineers who need a preliminary or intermediate analysis during the design process, before committing to a more advanced or official simulation using software such as ANSYS, Abaqus, or similar engineering platforms.
The goal is simple: use simulation to make better design decisions before manufacturing.
Instead of relying solely on intuition, hand calculations, or expensive physical prototypes, FEA can provide valuable insight into where a component is likely to experience high stress, excessive deformation, or other potential problems.
I offer Finite Element Analysis (FEA) of CAD models using Autodesk Fusion, initially focused on static stress and structural analysis.
This service is intended for two main types of clients:
- Hobbyists, makers, students, and independent designers who want engineering feedback on their CAD models and need help identifying weak areas or opportunities for optimization.
- Professional designers and engineers who need a preliminary or intermediate analysis during the design process, before committing to a more advanced or official simulation using software such as ANSYS, Abaqus, or similar engineering platforms.
The goal is simple: use simulation to make better design decisions before manufacturing.
Instead of relying solely on intuition, hand calculations, or expensive physical prototypes, FEA can provide valuable insight into where a component is likely to experience high stress, excessive deformation, or other potential problems.
Do you have a CAD model and want to know how it will behave under real-world loads before manufacturing it?
I offer Finite Element Analysis (FEA) of CAD models using Autodesk Fusion, initially focused on static stress and structural analysis.
This service is intended for two main types of clients:
- Hobbyists, makers, students, and independent designers who want engineering feedback on their CAD... read more
I offer Finite Element Analysis (FEA) of CAD models using Autodesk Fusion, initially focused on static stress and structural analysis.
This service is intended for two main types of clients:
- Hobbyists, makers, students, and independent designers who want engineering feedback on their CAD... read more
Do you have a CAD model and want to know how it will behave under real-world loads before manufacturing it?
I offer Finite Element Analysis (FEA) of CAD models using Autodesk Fusion, initially focused on static stress and structural analysis.
This service is intended for two main types of clients:
- Hobbyists, makers, students, and independent designers who want engineering feedback on their CAD models and need help identifying weak areas or opportunities for optimization.
- Professional designers and engineers who need a preliminary or intermediate analysis during the design process, before committing to a more advanced or official simulation using software such as ANSYS, Abaqus, or similar engineering platforms.
The goal is simple: use simulation to make better design decisions before manufacturing.
Instead of relying solely on intuition, hand calculations, or expensive physical prototypes, FEA can provide valuable insight into where a component is likely to experience high stress, excessive deformation, or other potential problems. read less
I offer Finite Element Analysis (FEA) of CAD models using Autodesk Fusion, initially focused on static stress and structural analysis.
This service is intended for two main types of clients:
- Hobbyists, makers, students, and independent designers who want engineering feedback on their CAD models and need help identifying weak areas or opportunities for optimization.
- Professional designers and engineers who need a preliminary or intermediate analysis during the design process, before committing to a more advanced or official simulation using software such as ANSYS, Abaqus, or similar engineering platforms.
The goal is simple: use simulation to make better design decisions before manufacturing.
Instead of relying solely on intuition, hand calculations, or expensive physical prototypes, FEA can provide valuable insight into where a component is likely to experience high stress, excessive deformation, or other potential problems. read less
Service offer categories
FEA Finite Element Analysis
Product Engineering Services
Design for Manufacturability (DFM Services)
Software & skills
3D Analysis and Design
3D Design
3D Design using Fusion360
3D Prototyping
Autodesk Fusion 360
Computer Aided Engineering
Design Optimization
FEA & Structural Analysis
Mechanical Design Engineering
Product Engineering
+7 more
This service includes
| Service tiers | Simple $10 | Standard $30 | Advanced $50 |
|---|---|---|---|
| Summary | Single Part FEA | Small Assembly FEA | Larger Assembly FEA |
| Details | Static stress analysis of a single CAD part under applied loads and constraints. | Static stress analysis of an assembly with up to 5 parts | Static stress analysis of an assembly with up to 20 parts |
| Delivery time | 1 day | 2 days | 3 days |
| Number of revisions | 2 | 3 | 3 |
Member since
June 2026
Languages
English,
Croatian
Avg. response time
1 hour
Mechanical Engineer | 3D CAD Design, CAM & CNC Programming
I am a Design and Manufacturing Engineer with 16 years of experience in precision manufacturing and medical device production, specializing in orthopedic and trauma implants, surgical instrument sets, and CNC-machined metal components. My experience covers the complete product lifecycle - from product design and technical documentation to manufacturing process development, CNC process planning, an...
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