Druckkraft
compressive force
force
Description:
A force F gives rise to a change of movement and/or a change of shape. The unit of measurement for force is the newton N, which is made up of the following units: kilograms, metres, seconds squared kg·m·s-2. It can be depicted as a Vector quantity based on its magnitude, direction and location. This force vector can be moved freely along its line of action. In a three-dimensional space, force is described using the components Fx, Fy and Fz, which each represent a different dimension. When a force acts on a body via a lever arm, moment is generated and the body is rotated.
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Example sentences:
- The holding force is dependent on the condition of the surface where clamping pressure is applied.
- It is calculated by adding together the vectors of the individual forces.
- Its reinforced steel design is also break-proof in crash scenarios.
- Depending on the design, chain drives may also transmit force intermittently.
pressure
Description:
The holding force is dependent on the condition of the surface where clamping pressure is applied. Pressure gauges use both direct and indirect measuring methods. Hertzian equations are used to calculate the Hertzian contact pressure.
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Example sentences:
- The holding force is dependent on the condition of the surface where clamping pressure is applied.
- Pressure gauges use both direct and indirect measuring methods.
- Hertzian equations are used to calculate the Hertzian contact pressure.
fuerza
Description:
Una fuerza F genera un cambio de movimiento o cambio de forma. La unidad de medición para la fuerza es el newton N, que está compuesto de las siguientes unidades: kilogramos, metros, segundos al cuadrado $kg?m?s^{-2} $. Se puede representar como una cantidad de vector basada en su magnitud, dirección y ubicación. Este vector de fuerza se puede mover libremente a lo largo de su línea de acción. En un espacio tridimensional, la fuerza se describe con los componentes $F_{X}$ , $F_{Y}$ y $F_{Z}$ , donde que cada uno representa una dimensión diferente. Cuando una fuerza actúa en un cuerpo mediante un brazo de palanca, se genera un momento y el cuerpo es rotado. Un desglose de los componentes en un vector de fuerza F
fuerza de compresión
presión
力
压力
Description:
压力传感器是用来测量气体、液体介质和固体上的压力、压差和压力波动的测量仪器，有被动式、相对式、绝对式和压差式几种。 压力传感器针对不同的用途，设计多种多样，例如: 压电式压力传感器：晶体内部受到压力产生电荷分离，进而产生电压，这一电压可在晶体表面进行测量。 电感式压力传感器：压力变化使膜片产生位移，这一位移可以通过位移传感器记录下来。 电容式压力传感器：电容器的容量受压后会发生变化，通常是由极板间距变化造成。 容抗-频率压力传感器：通过一个与环形振荡器相连的应变片测量物体受力后产生的形变，压力波动会使振荡器的频率发生改变。 压力传感器应避免过载，根据测量范围适当选择并正确安装。