Stress Analysis Projects
Project Overview
Engineering Design Services provides comprehensive stress analysis services across a wide range of industrial systems and project types. These analyses evaluate how equipment, piping, and structural systems respond to operating, thermal, and environmental loads to ensure safe, reliable, and code-compliant performance. Services support both new designs and existing system evaluations across multiple industries.
Result & Impact
• Improved system safety through identification and mitigation of overstress conditions
• Enhanced reliability of piping and mechanical systems under real operating conditions
• Supported code compliance for new and existing industrial systems
• Optimized support designs, including spring cans and flexible restraints
• Reduced risk of equipment failure and unplanned downtime
• Extended asset life through improved mechanical integrity and design validation
Engineering Tools & Technologies
• 3D CAD modeling and system representation
• Pipe stress analysis software (e.g., ASME B31.3-based tools)
• Thermal and mechanical load simulation
• Structural and support analysis systems
• Spring support and restraint modeling
• Engineering calculation and reporting tools
• Code compliance standards (ASME, industry piping codes)
Scope
• Develop detailed 3D models of piping, mechanical, and structural systems
• Define load cases including operating, thermal, and occasional conditions
• Establish boundary conditions and support configurations
• Perform stress analysis on piping and mechanical systems
• Evaluate sustained, thermal, and occasional load conditions
• Identify overstress conditions and excessive load impacts
• Assess equipment nozzles, supports, and connection points
• Analyze spring supports and flexible support systems
• Evaluate systems connected to pressure safety valves (PSVs)
• Provide recommendations for design optimization and compliance
Solution
Engineering Design Services utilizes accurate 3D modeling as the foundation for advanced stress analysis. Engineers simulate real-world operating conditions to assess system behavior under multiple load scenarios. The analysis identifies high-stress areas, potential failure points, and support deficiencies, enabling optimization of piping routes, equipment supports, and mechanical connections. Findings are documented in detailed engineering reports with clear recommendations for design improvements and compliance assurance.
