Job Requirements

The Piping Stress Engineer is responsible for the performance of detailed static and dynamic analysis of piping systems to ensure their mechanical integrity, protected operation, and compliance with all relevant industry codes, standards, and client specifications. This includes evaluating systems under various operating and environmental conditions and ensuring seamless integration with other engineering disciplines.

Key responsibilities
Design and Analysis
Static Analysis: Perform comprehensive stress analysis for sustained, thermal expansion, and pressure loads on critical and non-critical piping systems.
Agile Analysis: Conduct advanced agile analyses, including:
Seismic analysis
Wind load analysis
Slug flow analysis
Fluid transient analysis (water hammer)
Acoustic-induced vibration (AIV) and flow-induced vibration (FIV) checks
Fatigue analysis
Complex Systems: Model and analyze complex systems, including those connected to critical equipment such as turbines, compressors, pumps, reactors, and pressure vessels.
Specialized Analysis:



Conduct specialized analyses for systems such as jacketed, buried, and cryogenic piping.
Offshore-Specific Analysis: Perform specialized analysis for offshore facilities (e.g., FPSO topsides, platforms), including studies on:
Accelerations due to wave and wind conditions
Structural deflections
Transit and towing conditions
Support and Load Design
Support Selection: Design and select standard and special piping support components, including spring hangers, snubbers, expansion joints, and guides.
Load Communication: Issue accurate load data (e.g., thermal, wind, seismic) to civil and structural engineering teams for the design of foundations, pipe racks, and equipment.
Reinforcement Evaluation: Perform reinforcement evaluations at pipe supports, branch connections, and trunnions.
Documentation and Reporting
Design Basis: Prepare project-specific piping stress specificati

📌 Pipe Stress Analysis Engineer Bengaluru
🏢 Quest Global
📍 Bengaluru