Megapascal Pascal Pascal exapascal Umrechnen Löschen Tauschen Kopieren Teilen Oft umgerechnete Einheiten BarKilogramm-Kraft/Quadrat ZentimeterPfund-Kraft/Quadrat-ZollPSIPSIKilopascalBarPSIPascalPSIPSIPascalPascalNewton/Quadratmeter Wörter suchen
其中,σ表示应力,F表示施加在材料上的力,A表示材料的横截面积。应力的单位通常是帕斯卡(Pascal),也可以是兆帕(Megapascal)或牛顿/平方毫米(N/mm²)。 不同类型的材料有不同的强度计算公式。下面是一些常见的材料的强度计算公式: 1.弹性体的强度计算公式: 弹性体指的是可以在外力作用下发生弹性变形并恢复原状的...
在国际单位制(SI)中,压力的单位是帕斯卡(Pascal),简写为Pa。然而,在工程应用中,常用的单位是兆帕(Megapascal,MPa)或千帕斯卡(Kilopascal,kPa)。因此,Gauge pressure的单位也是与压力相同的单位,即帕斯卡。 下面将会逐步详细介绍Gauge pressure的单位,以帕斯卡为例。 帕斯卡是国际单位制的标准单位,定义为每平方米的力...
• Pascal • Hectopascal • Kilopascal • Megapascal • Libra-fuerza por pulgada cuadrada (PSI) • lbf/ft² • kgf/m² • Pulgada de mercurio (inHg) • Milímetros de mercurio (mmHg) • Torr GYS a OSY conversor
- Alta presión (barra bar, psi libra por pulgada cuadrada, kPa Kilopascal, MPa megapascal, kgf/cm^2 fuerza KG por CM cuadrado, mm Hg milímetro de mercurio, atm atmósferas) - Unidades de baja presión (mH 2O Metro de agua, ftH 2O Pie de agua, cmHg Centímetro de mercurio, inHg...
megapascal secunda in milinewton secunda / metru patrat psi secunda in poise newton secunda / metru patrat in pascal secunda vâscozitate cinematică centistoke in stokes metru patrat / ora in metru patrat / secunda stokes in metru patrat / secunda concentrație molară kilomol / metru...
1.帕斯卡( pascal )符号Pa (or newton per square metre N/m2) 2.千帕斯卡( Kilopascal )符号kPa 3.兆帕斯卡( Megapascal )符号MPa 4.达因每平方厘米( dyne per square centimetre )符号dyn/cm2 5.皮兹( pieze )符号pz 6.百巴( hectobar )符号hbar 7.巴( bar )符号bar 8.毫巴( millibar )符号mba...
Kilopascal kPa Megapascal MPa Kilograms per square centimeter kg/cm2 Conversion factor [+ offset] 3.6 3.6E−03 8.59845227858985E5 8.59845227858985E2 8.59845227858985E−1 8.59845227858985E-4 3.41214163312794E3 – 1E−2 – 10 1E4 1E7 – 1000 1000 100 0.1 1.01971621297793 Pounds per square psi...
“MPa” means megapascal; “mS/cm” means millisiemens per centimeter; “NFC” means non-food contact sanitizer test; “Pa” means pascal; “Pa·s” means pascalseconds; “PEG” means polyethylene glycol; “rpm” means revolutions per minute; “RSS” means residual self-sanitizing activity; ...
The hoop stress in this case is 250 MPa (MegaPascal). This calculation demonstrates the magnitude of hoop stress that can occur in pressurized cylindrical structures. The significance of hoop stress lies in its influence on the stabilityand safety of these structures. Engineers and designers must ...