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Engineering Analysis

Engineering analysis is the virtual proving ground for accuracy in designs innovation. Powerful software empowers engineers to design, simulate, predict, and optimise performance, ensuring the safety and reliability of everything they design.

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What is Engineering Analysis?

Engineering analysis is where engineers simulate, predict, and optimise the performance of their designs, ensuring safety, efficiency and reliability. Through advanced simulation tools and scientific principles, engineering analysis empowers engineers to:

Predict Performance: Anticipate how designs will behave under real-world conditions, from extreme loads to subtle vibrations.

Identify Weaknesses: Uncover potential failure points and design flaws before they become costly problems.

Optimise Designs: Fine-tune geometries, materials and processes to achieve the perfect balance of performance, cost and sustainability.

Accelerate Innovation: Reduce reliance on physical prototypes, enabling faster design iterations and shorter time-to-market.

These advanced technologies equip engineers with the power of data, enabling them to push the boundaries of innovation, creating a safer, more efficient and more sustainable future.

Engineering Analysis Software Capabilities

Hexagon's analysis software portfolio provides a comprehensive suite of capabilities, ensuring the safety, efficiency and reliability of your engineered systems across a range of industries and applications.

With engineering analysis tools, you can:

Ensure code compliance

Verify that your designs meet industry standards and regulatory requirements, streamlining the approval process and minimising risk.

Perform static and dynamic analysis

Evaluate the structural behavior and response of components and systems under various loading conditions, including those caused by static forces, dynamic events and seismic activity.

Conduct offshore analysis

Design and analyse the structural integrity and performance of offshore structures and platforms, accounting for the unique challenges of the marine environment.

Assess seismic performance

Evaluate the resilience of structures and equipment to earthquakes and other seismic events, ensuring their safety and functionality in high-risk areas.

Predict asset life

Estimate the lifespan of components and systems under cyclic loading, identifying potential failure points and optimising designs for durability.

Analyse equipment performance

Evaluate the performance of pressure vessels, piping systems, heat exchangers, storage tanks and other critical equipment under various operating conditions.

Identify potential leak paths

Pinpoint vulnerabilities in flange connections and other critical joints to prevent leaks and ensure the safety and integrity of your systems.

Products

Product

PV Elite®

PV Elite® is a complete solution for vessel and heat exchanger design, analysis and evaluation.
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  Human-Assisted autonomy
  
  Automated capabilities that assist with maximizing efficiency and reducing errors
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Product

PIPESTRESS

PIPESTRESS is a complete calculation system for nuclear and non-nuclear piping codes.
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  Human-Assisted autonomy
  
  Automated capabilities that assist with maximizing efficiency and reducing errors
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Product

CAESAR II®

CAESAR II® lets you quickly import models, reducing risk of errors between CAD and stress analysis divisions.
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  Human-Assisted autonomy
  
  Automated capabilities that assist with maximizing efficiency and reducing errors
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Product

GT STRUDL®

GT STRUDL includes all the tools necessary to analyse a broad range of structural engineering data.
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  Human-Assisted autonomy
  
  Automated capabilities that assist with maximizing efficiency and reducing errors
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Product

TANK®

TANK® is a comprehensive, easy-to-use tank designer software for the design, analysis and evaluation of oil storage tanks.
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  Human-Assisted autonomy
  
  Automated capabilities that assist with maximizing efficiency and reducing errors
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