Opposing torsional vibrations of parallel measuring tubes maintain high viscosity measurement precision while reducing geometric dimensions and pressure loss.
Tracking eigenfrequency and phase relationships isolates viscosity from density and fill level disturbances.
A mounting cage isolates a piezoelectric stack from wall section thermal expansion to maintain consistent compression force.
A rotatable bracket system with a stop mechanism adjusts angular alignment of thrombelastography components.
A gel strength measurement apparatus uses a stepper motor and load cell to detect reactive forces during shaft rotation.
Memory tag stores usage data via transponder technology, preventing counterfeit resource consumption.
A material testing machine calculates motor displacement ratios to automatically adjust servo gains for precise loading.
A vibro-acoustic analysis system combines finite element modeling with boundary element methods to simulate structural acoustic fields.
Monitoring discrete sensor signal occurrences over time intervals filters sloshing noise to determine precise fluid levels in engine tanks.
A portable wax analyzer measures penetration time to differentiate natural from adulterated samples using a microcontroller and stepper motor.
Segmented signal processing with successive decimation resolves the trade-off between high-speed sampling and low-speed resolution, reducing computation time.
Asymmetric tube geometry reduces oscillation coupling, stabilizing zero-point accuracy against temperature and pressure variations.
Electromagnetic drive decouples stator from hollow cylinder rotor, eliminating shaft seals and minimizing axial forces for precise temperature control.
A digital viscosity measurement system uses variable speed drives and encoders to automate shear testing.