Sam Engineering Services

FEA & Stress Analysis

High-accuracy stress, deformation, and strength analysis for pressure vessels, equipment, structures, and industrial components.

Descriptions

Our Finite Element Analysis (FEA) services ensure your equipment meets safety, performance, and durability standards. Using advanced simulation tools, we evaluate stresses, deformation, fatigue, thermal loads, and failure risks under operating and extreme conditions.
From pressure vessels and tanks to structural components and heat exchangers, our FEA studies provide clear insights into design integrity. This allows engineers and manufacturers to optimize material usage, reduce risk, and improve lifespan while meeting ASME, TEMA, and global engineering codes.

Featured service

Get an Appointments

Get expert guidance for your project—submit your details

How it works

Requirement Gathering

We understand your process needs, operating parameters, design codes, and customization requirements.

Conceptual Design

Our team prepares initial 2D/3D concepts and engineering layouts for your approval.

Final Engineering Design

Complete engineering drawings, GA diagrams, fabrication details, and analysis reports.

Delivery & Support

On-time delivery with continued support, modifications, and future upgrades.

Play Video
Why Choose Us

The earth is our foundation, the future is our ambition.

Expert Engineering Team

Experienced designers skilled in CAD, SolidWorks & Autodesk Inventor.

Industry-Specific Solutions

Customized engineering for chemical, pharmaceutical, food, and foundry industries.

Advanced Design Tools

3D modelling, thermal analysis, stress calculations, and simulation-based validation.

Quality Without Compromise

Cost-effective, precise, and timely solutions without reducing quality.

Building your vision. Creating reality.

From concept to completion, we design reliable and cost-efficient equipment that supports your industrial processes. Every solution is engineered with precision, safety, and long-term performance.