Flow Properties TRIZ Cases

A method using sparse sensor arrays and entropy analysis to estimate load magnitudes and locations on structures.

Adaptive notch filters track rapid frequency fluctuations during two-phase flows, enabling accurate liquid fraction determination.

Acoustical sensors detect flowing water sounds from activated sprinkler heads to identify fire locations.

Automated in-situ sensors measure immersion cooling fluid purity to prevent contamination-induced overheating.

A vibronic sensor adjusts rod stiffness using a giant delta-E effect material to maintain resonant frequency coordination.

A resonant conductor measurement system uses a phase lock loop and integrator to correct DC offset and low-frequency noise for accurate fluid property readings.

Direct electromagnetic actuation eliminates stick-slip errors and unwanted vibrations during short stroke length testing.

Discrete sine functions approximate non-linear errors in mass flow transducers, reducing coefficient counts while maintaining measurement precision.

Dual pressure-temperature transducers estimate crude oil density and specific gravity within pipeline flowlines, eliminating manual sampling disruptions.

Segmented pivot connections and sliding force transmission prevent unwanted stress interference, ensuring precise concrete rheology monitoring.

Elastic fluids with hybrid rheology carry proppant through subterranean formations, reducing pumping horsepower and water usage.