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Surge & Stress Analysis

Water Network Surge Analysis

Prevent pressure surge damage using hydraulic modeling

  • Surge & Stress Analysis: Comprehensive assessment of pressure transients and mechanical stresses within piping and water distribution systems.
  • Water Network Surge Analysis: Use advanced hydraulic modeling to predict and control pressure surges caused by sudden valve closures, pump startups, or shutdowns.
  • Identify risk zones within the network where surge pressures could lead to pipe bursts or joint failures.
  • Design and recommend surge control measures such as air chambers, surge tanks, and pressure relief valves.
  • Assess mechanical stress on pipelines and fittings to ensure long-term structural integrity.
  • Improve network reliability by optimizing operational strategies and emergency shutdown procedures.

Tools & Techniques Used:

AFT Impulse, Bentley HAMMER, Computational Fluid Dynamics (CFD)

Piping Stress Analysis

Ensure structural safety under operational loads and temperature changes

  • Piping Stress Analysis: Detailed evaluation of piping systems to ensure structural safety and compliance with international design codes.
  • Assess the impact of operational loads, temperature variations, seismic activity, and wind forces on pipe integrity.
  • Identify potential overstress conditions that could lead to fatigue, vibration issues, or failure of supports and connections.
  • Optimize pipe routing, support spacing, and flexibility to minimize stress concentrations.
  • Verify that expansion joints, anchors, and guides are appropriately designed for thermal movement and mechanical loads.
  • Improve overall reliability by simulating real-world operating conditions and applying corrective design measures before installation.

Tools Used:

Bentley HAMMER, CAESAR II

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