CD = Cross direction MD = Machine direction
The number of Pounds per Square Inch (PSI) for the Tensile strength.
Tensile strength is determined from testing a large number of samples. Some will fail higher or lower than others, and an average strength is determined. Minimum tensile strength is usually calculated from statistics using a Weibull probability analysis. In this case the minimum tensile strength usually is reported as the Weibull A value, which is the value at which 99% will survive with 95% confidence. Weibull B, usually based on fewer samples, is the minimum value determined to survive with 90% reliability and 95 % confidence.
Tensile strength calculation for Finger cots and Condom:-(RING TYPE)Tensile strength Formula : F/A (N/mm2)Where :- F - Force (N)A- cross sectional area (mm2)A- cross sectional area - Width *thickness (single wall)So F/2(width * thickness) (N/mm2)For Example :-F= 35.963 Nwidth = 6.35 mm (specimen width standard in finger cots)Thickness = 0.12 mmCalculation:-= F/ 2(Width *Thickness) (N/mm2)Where 2 is common factor for ring samples .= 37.963 / 2(6.35*0.12) (N/mm2)= 37.963 /1.524 (N/mm2)= 24.91 (N/mm2) this is good answer for finger cots and condom Tensile strength calculation.You stretch test specimens in a prescribed manner (ASTM) and make note of what force failure occurs. The tensile strength is that force divided by the cross-sectional area.
It's a unit. 1 KSI = 1000 PSI. It is just used to 'neaten' the numbers: 70 KSI rather than 70,000 PSI for example.
Type of steel its cold rolled interstitial free high strength steel. Used for critical component of which strength also one of the concern.
You mean tensile strength. Different steels have different tensile strengths. The way they are made (drawn, cast, forged, etc.) is critically important to the tensile strength. By the way--steel is more important for its stiffness than its tensile strength.
You mean tensile strength. Different steels have different tensile strengths. The way they are made (drawn, cast, forged, etc.) is critically important to the tensile strength. By the way--steel is more important for its stiffness than its tensile strength.
Tensile strength is a measure of how much stress it takes for an object to break while being pulled.
well refering to breaking strength and tensile strength, there are alot of similarities but this doesnt mean thet are the same for tensile strength the easier of the two equations its T.S= force/ area.
The number of Pounds per Square Inch (PSI) for the Tensile strength.
Its to do with tension, it doesn't take much strength to break it
If you mean force, the SI unit is the newton. If you mean the strength of a material - its ability to withstand force - there are different types of strength: look up Compressive strength, Tensile strength, Shear strength. For example, the units for tensile strength are newtons / square meter.
It is the strength in pounds per square inch of a material at which it will be pulled apart.
415 is the tensile strength of steel when it is subjected toelongation. for Fe 415 , tensile strength is 415 N/mm2- K @ $ ! civil engineering - GITAM UNIVERSITY
The threads inside a tyre help to give the rubber more strength, particulary tensile strength. Or do you mean treads?
Tensile strength is determined from testing a large number of samples. Some will fail higher or lower than others, and an average strength is determined. Minimum tensile strength is usually calculated from statistics using a Weibull probability analysis. In this case the minimum tensile strength usually is reported as the Weibull A value, which is the value at which 99% will survive with 95% confidence. Weibull B, usually based on fewer samples, is the minimum value determined to survive with 90% reliability and 95 % confidence.
Tensile strength is the maximum amount of stretching or pulling a metal can withstand before it fails or is permanently damaged. Essentially, tensile strength is the measure of how much tension the metal can resist. It serves as a good point of reference for how a metal part will perform in an application.