Flow Properties TRIZ Cases
- Gas Turbine Control Using Adaptive Signal Attenuation
A gas turbine control method applies exponential smoothing with a variable attenuation factor to measurement signals.
- Mucus Rheology Measurement for Respiratory Disease Diagnosis
Measuring mucus rheological parameters in linear and non-linear deformation zones resolves quasi-static measurement unreliability.
- Flow Meter Electronics Stiffness Parameter Tracking
Meter electronics track stiffness changes via vibrational decay analysis, eliminating calibration equipment needs.
- Vibrating Flow Meter Velocity of Sound Error Correction
Vibrating flow meter calculates velocity of sound via multi-frequency density measurements, correcting compressibility errors without external sensors.
- Viscometer Coagulation Measurement Without Activators
A viscometer applies physiological shear rates to blood samples for dynamic coagulation parameter measurement.
- Parallel Spring Shaft Holder for Low-Friction Viscometer Torque Measurement
Parallel spring links support a rotating shaft to eliminate frictional resistance from ball bearings and improve torque measurement precision.
- Fuel Dispenser Pulser with Write-Protected Memory for Calibration
A pulser system alters measurement data using stored correction factors to maintain volume accuracy.
- Tube Strain Measurement Using Radial Displacement Detection
Multiple radial displacement sensors capture asymmetrical deformations to improve strain measurement precision for varying outer diameters.
- Spotting Fluid Sticking Property Measurement
Triaxial compression testing of mudcake samples determines sticking bond strength, reducing pipe sticking risks.
- Axial Flow Viscometer for Downhole Fluid Viscosity Measurement
Simulates downhole pressure and temperature conditions to resolve measurement precision issues caused by surface environment variations.
- Ultrasonic Flow Meter Using Lamb-Wave Multipath Measurement
Multipath Lamb-wave ultrasonic measurement decouples flow velocity from sound speed, eliminating temperature and composition uncertainties.
- Integrated Thermo-Mechanical Characterization Apparatus
Single integrated instrument consolidates DSC, TMA, DMA, and TTM capabilities using camera tracking to reduce laboratory space and equipment costs.
- NMR-Based Crude Oil Analysis System for Inline Viscosity Reduction
An NMR-based system provides time-resolved crude oil analysis and rheological profiling through integrated detection devices.
- Rheometer Non-Contact Volume Detection for Simultaneous Rheology
Integrated optical sensors measure sample volume and shape simultaneously with rheological parameters, eliminating separate measurement setups.
- Immersive Coolant Aging Simulation via Inductive Field Testing
Inductive field testing evaluates immersive coolant viscosity loss under simulated motor conditions, extending component lifespan.
- Dual Flexible Element Fluid Probe for Viscosity Sensing
A dual flexible element fluid probe uses differential thermal expansion to bend an actuator and a piezoresistive sensor.
- Sticky Point Determination in Powder Rheometry
A rheometer applies a temperature profile to powder samples while measuring torque to determine the sticky point.
- Shear Stress Calculation for Drilling Fluids Without Viscometers
Computational system calculates drilling fluid shear stress using real-time parameters and regression models.