영어에서 Strain sensors 을 사용하는 예와 한국어로 번역
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Strain sensors do not impact the system's stiffness.
Kistler's piezoelectric force and strain sensors are ideal for dynamic and quasi-static measurements.
Strain sensors do not impact the system's stiffness.
The board is also geared up with responsive strain sensors to follow you wherever you shift your weight to.
FBG-based strain sensors are sensitive to temperature changes, and correction is advised.
One four-channel BraggMETER interrogator collects simultaneous data from 22 strain sensors and 18 temperature sensors for a total of 40 FGB-based sensors. .
Fiber optic strain sensors are also a significant solution offered by HBM.
Available in configurable versions of ready-to-install sensor chains, HBM optical strain sensors can be bonded, spot welded, attached, or directly cast in different materials, structures and components.
For instance, strain sensors, which measure changes in force, cannot be highly sensitive and highly stretchable at the same time.
Using this technique, the scientists have developed strain sensors, pressure sensors and a dual-mode sensor capable of measuring temperature and pressure simultaneously.
For example, strain sensors, which measure changes in force, cannot be extremely sensitive and very stretchable at the same time.
Piezoelectric strain sensors with ranges up to 800 με.
HBM FiberSensing strain sensors are divided into two product lines, which differ on the characteristics of the used optical fiber.
An optical compensation element: For some strain sensors, an FBG sensor specifically designed for temperature compensation effects can be used.
FS62 Optical Strain Sensors from HBM FiberSensing are particularly suited for structural health monitoring in large structures and testing in laboratory applications.
For this reason, HBM strain sensors are adjust to a uniform sensitivity using a special procedure.
Additionally strain sensors can be used for indirect force measurement as well.
HBM FiberSensing athermal strain sensors are able to measure strain regardless of the temperature with only one FBG.
These carbon nanotubes strain sensors open a new way of developing cheaper multifunctional sensing units for structural health monitoring.
Using the strain sensor example.
High rigidity, high natural frequency, wide measuring range over several decades- these are just a few of the advantages of Kistler's piezoelectric force and strain sensor technology.
Embedded strain sensor being installed on a bridge's deck before the concrete is poured.
When selecting such a strain sensor no extra sensor is needed for temperature compensation of the measurement.
The newly launched version of the FS62 optical weldable strain sensor can be spot-welded more easily and without compromising measurements using a larger number of portable welding machines.
This allows the usage of FBGs to monitor temperature, but it also means that it is a good practice to combine a temperature sensor with a strain sensor to allow for compensation of the temperature's effect on the strain sensor.
The effective strain should be calculated from the strain sensor as the strain measured by the strain sensor minus the effect of temperature on the strain FBG.
What active grid length may be assumed on an optical strain sensor?
Many Fiber Bragg Gratings can be inscribed in one long fiber-each working as an individual strain sensor.
An optical strain sensor does not have an active grid length as it can be defined for electrical strain gauges.
Where k is the k factor of the strain sensor, and S is the strain sensitivity indicated on the calibration sheet.