Stress Analysis using linear FEA enables engineers to solve complex structural engineering problems and make better, faster design decisions within a short simulation time. At Pythagoras Engineering we use ANSYS Mechanical APLD and Workbench to support our clients in their new product development requirements, by performing stress evaluation, design optimization, Design qualification as per industrial standards, and much more.

The most common advantages of stress analysis include:

A quick way to understand the strength and stiffness of design subjected to complex loading.

Less computation cost so Engineers can perform multiple design iterations with less lead time.

Detailed understanding of factors resulting in hot spot stress and stress concentrations.

Better visualization of the stress state of the entire design will help in taking better decisions in modifying the design. 

Bolt and Weld connection utilization calculations

A quick way to qualify the design as per the industrial codes such as ASME, API, DNV, NORSOK, etc

Key Projects delivered:

Client - WOM USA

The structural integrity of the Lift cap used in offshore lifting and design qualification as per DNVGL-OS-E101.

External and internal pressure capacity evaluation along with the string loads for the first and second position casing hangers as per API 17 D second edition and API 6A 21st Edition.

Mechanical Ventures UK

Evaluating the stress of a casing when operating under full pressure with various specified nozzle loads.

Stress analysis on the Pump casing and Pump support during the operating condition and results evaluation as per API 610 industrial code.

APSCO USA

Stress Analysis and Design Optimization of Mounting Bracket used to carry auxiliary systems in trucks. Weld and Bolt calculations.

Our FEA expertise combined with our industry renowned process will mitigate your risk, improve the performance of your product, shorten your lead times, and reduce your costs.