I offer advanced fluid system component sizing and thermal-hydraulic analysis

Briana L.

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About this service

Expert sizing and performance analysis for critical components in complex fluid systems, including pumps, control valves, relief devices, heat exchangers, and piping networks. Using rigorous thermal-hydraulic modeling, pressure-drop and flow-distribution calculations, transient analysis, and compliance with ASME B31 and API standards, I will deliver an optimized design with appropriate safety margins. Clients in nuclear, oil & gas, combustion, and industrial energy applications use these studies for equipment selection, system design validation, and troubleshooting support—resulting in reliable operation and sound capital decisions.

Service offer categories

Oil & Gas Mechanical Engineering Industrial Design Services

Software & skills

Engineering Design Equipment Selection Fluid Dynamics Fluid Flow Analysis Mechanical Design Mechanical Engineering Piping Analysis Pump Design Thermal Analysis Thermodynamics +7 more

Questions and answers

I regularly size and analyze pumps, control valves, relief devices, heat exchangers, orifices, piping networks, and surge protection equipment in liquid, gas, and two-phase systems. Our work covers both new design and existing system debottlenecking or troubleshooting across nuclear, oil & gas, combustion, and industrial fluid applications.

I combine first-principles calculations with advanced thermal-hydraulic modeling, pressure drop and flow distribution analysis, transient simulations, and system-level performance modeling. All work is performed in accordance with applicable ASME B31, API, and other relevant codes and standards.

For new designs, I optimize component selection and system layout for performance, safety margins, and cost. For existing systems, I identify bottlenecks, evaluate operating changes, support troubleshooting, and provide recommendations for modifications or replacements that improve reliability and efficiency.

Deliverables typically include a detailed technical report with calculations, assumptions, results, recommendations, and supporting documentation (e.g., datasheets, curves, or marked-up P&IDs). Most component sizing and analysis projects are completed within 3-6 weeks depending on scope and data availability.

I bring deep, specialized experience in complex and high-consequence fluid systems (including nuclear and high-pressure gas applications) combined with rapid turnaround and focused expertise. Clients often engage me when they need rigorous, code-compliant analysis delivered quickly without diverting their internal resources.