Heat Exchange Simulation TRIZ Cases
- Method of measurement of power output of heat exchangers
See how training-phase calibration and inlet temperature measurement improve heat exchanger pow
- Refinery Heat Exchanger Fouling Forecasting With a Digital Replica
Real-time sensor data and a digital replica estimate fouling, diagnose causes, and predict cleaning schedules for refinery heat exchangers.
- Tube Transition Assembly With Simplified Welded Heat Exchanger Joints
A prefabricated tube transition fitting replaces complex butt welds with fillet and plug welds to speed heat exchanger repairs and cut testing.
- Supercritical Fluid Heat Exchanger Framework for Precise Heat Transfer Area
Gaussian regression and Cokriging help size heat transfer area accurately for supercritical fluid heat exchangers with fewer high-precision data points.
- Heat Exchanger Tube Probe for Internal Fouling Quantification
Inserted sensors map fouling thickness inside heat exchanger tubes without interference from external deposits, improving cleaning assessment.
- Cooling Tower Monitoring with Kalman Filter Bias Correction
A simulation model and extended Kalman filter correct sensor bias and estimate hidden cooling tower variables for more reliable monitoring.
- Heat Pipe Thermal Modeling for Dryout and Pool Formation
Calculates pressure, edge angle, and phase distribution to predict heat pipe dryout and condenser pool formation with faster thermal analysis.
- Refinery Heat Exchanger Fouling Diagnosis and RUL Forecasting
Real-time soft sensing and a digital heat exchanger replica diagnose refinery fouling causes, forecast RUL, and guide cleaning schedules.
- Supercritical Fluid Heat Exchanger Layout With Local Thermal Modeling
Local thermal modeling with Gaussian regression and Cokriging refines supercritical heat exchanger geometry without extensive high-precision data.
- Pressed Heat Pipe Structure for Adjustable Working Temperature Range
A pressed deformation zone raises vapor flow resistance in a heat pipe, widening its working temperature range for electronics in extreme conditions.
- Separable Heat Pipe Wick Joints for Modular Thermal Management
A compressible porous insert bridges wick discontinuities, enabling reconnectable heat pipes with capillary flow, repair, and flexible layout.
- Unit-Cell Heat Exchanger Geometry for Faster Thermal Optimization
By optimizing one repeatable unit cell instead of the full exchanger, this case cuts simulation time while improving scalable thermal transfer design.
- Thermal Exchange Channel Geometry Using Unit Cell Optimization
Unit cell shape optimization cuts thermal device computation time while improving heat transfer, flow performance, and manufacturability.
- Tube Heat Exchanger Defect Detection with DTW Signal Synchronization
DTW synchronization and anomaly analysis compare probe signals to identify defective heat exchanger tubes while reducing manual review.
- Ground-Testable Spacecraft Heat Pipe With Bubble-Pump Downward Transport
A combined grooved-wick and bubble-pump heat pipe supports upward and downward transport without spacecraft reorientation.
- Non-Ferromagnetic Heat Exchanger Tube Testing With Matched Calibration
Machine-controlled probe testing uses matched tube calibration for consistent defect detection.
- Non-Ferromagnetic Heat Exchanger Tube Testing With Matched Calibration
A probe compares tube test data with closely related calibration standards to assess structural health and detect defects early.
- Instrumented Heat Exchanger for Dynamic Lifespan Estimation
Real-time sensor data recalibrates maintenance schedules based on actual wear, preventing premature failure.
- Heat Exchanger Corrosion Detection via Metal Ion Monitoring
A sacrificial anode and colorimeter detect metal ion concentrations in pool water to identify heat exchanger corrosion early.
- Computer Model for Heat Transfer Fluid Life Estimation
A computer model estimates heat transfer fluid life and quality scores using historical data analysis.
- Air Cooled Condenser Corrosion Inhibition via Steam Injection
Computational modeling optimizes steam-mediated inhibitor delivery to internal condenser surfaces, reducing corrosion rates and maintenance costs.
- Concrete Element Substitution in Fluid Flow Simulation
Replace steel or solder components with concrete elements in fluid flow simulations to bypass convergence failures from nonlinear contact calculations.