I offer advanced heat transfer analysis and design for heat transfer systems

Briana L.

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About this service

I deliver expert heat transfer analysis, rating, and design optimization for a wide range of heat exchanger systems and heat transfer applications. The work encompasses detailed heat transfer calculations, thermal performance modeling, two-phase flow analysis, fouling assessment, and design optimization under both steady-state and transient conditions. Clients in nuclear, oil & gas, industrial processing, and energy systems rely on these studies for new equipment design, performance validation, debottlenecking, and troubleshooting to improve efficiency, reliability, and safety margins.

Service offer categories

Oil & Gas Mechanical Engineering 3D Modeling

Software & skills

Design Optimization Efficiency Improvement Energy Systems Equipment Design Fluid Dynamics Heat Exchanger Design Heat Transfer Analysis Oil & Gas Thermodynamics Troubleshooting +7 more

Questions and answers

I work with simple, shell-and-tube, air-cooled, unusual-fluid (such as liquid metals), compact, and custom or specialized heat exchangers handling single-phase, condensing, evaporating, or two-phase fluids. My experience spans nuclear, oil & gas, combustion, and industrial energy applications.

Yes. For new designs I optimize thermal performance, size equipment, and support specification development. For existing systems I perform rating calculations, diagnose underperformance or fouling issues, and recommend modifications or operational changes to restore or improve capacity and efficiency.

I apply fundamental heat transfer principles using LMTD and effectiveness-NTU methods, detailed thermal modeling, two-phase flow analysis, and system-level performance simulations in Excel. All work is performed in accordance with applicable ASME, TEMA, API, and other relevant codes and standards.

Deliverables typically include a detailed technical report with heat transfer calculations, performance curves, design recommendations, and supporting documentation. Most heat transfer and heat exchanger analysis projects are completed within 1–4 weeks, depending on scope and data availability.