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 N
width = 6.35 mm (specimen width standard in finger cots)
Thickness = 0.12 mm
Calculation:-
= 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.
If you mean tensile strength, this is the highest strength a material can handle in a tension aspect. A good experiment to determine the tensile strength of a material is to buy a tin cord. You can tie the tin cord on one end to a tree or anything high enough. On the other end you can tie some weight to it, the tin will elongate until it breaks. you need to make 2 marks on the tin cord and measure the distance between the (make them near the center of the cord). With this you can add weight and when the material breaks this is a good approximation of the tensile strength of the material. Also by measuring the distance between the 2 lines you can find the elongation of the material at a given force.
Have fun
I Think there is an experimental tool that does this with pulling the material or shape since it cuts. then the force of the moment of cutting is the Ultimate tensile stress and the strain created by the force since cutting is named ultimate tensile strain. that is how tensile test does
Usually, a bar of specified shape and dimension is tested in a tensile testing machine, such as an Instron. The machine has a calibrated load cell. The bar is loaded in tension and the load cell force is read out; when the bar breaks the break load is recorded. The tensile strength is the load divided by the cross sectional area of the bar
Diameter\2=radius. Radius squared x pie= area. Load /area= ultimate tensile strength. Certified welding inspector. That is the simplest formula.
Hardness number=f(tensile strenght)
Ultimate Tensile Strength is the (BHN*500)
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.
it is 90
may be 75RHN
Ultimate Tensile Strength is the (BHN*500)
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.
It's TENSILE strength and on metric bolts it is indicated by a number.
Many High Tensile bolts will have a number of raised strokes formed in the head of the bolt. Three or five are common and usually form a reverse triangle or reverse heptagon
An atom is the smallest piece of an element that can exist. An atom does not have many of the properties of the same "bulk" element (e.g. melting point, boiling point, electrical conductivity, thermal conductivity, hardness, ductility, viscosity, lustre, color, shear strength, tensile strength, density) because to have those properties requires having a large number of atoms.
You don't convert Shore to Barcol or reverse. They aren't directly related, that's why you can't find any references for it. Shore D is a "softness" measure and Barcol is a "hardness" measure. The best bet is to go to the manufacturer of the product and ask directly for the number you need. They can easily test the material and give you an answer, but convert one to the other...you're asking for trouble.
http://www.matweb.com/reference/shore-hardness.aspx
The unit of Brinell Hardness Number is same as that for stress.
There are many strength associated with adhesive - tensile, compresive, cleavage and peal. Adhesive failure is also determined by some of these factors. When two parts are bonded, they are then tested in a number of ways in order to gather technical information. During the tests a number of results are looked at, such as Cohesion Failur - which is failure of the adhesive, Adhesion failure - which is when the adhesive breaks away from the substartes or parts glued, and finally there is substrate failure - when the material that is being bonded fails.... Hope this helps
60 represents the 60000 psi tensile strength; just need to add three zero. The third number represents the welding position; number 1 represents all positions. The last number represents the type of arc; 3 represents medium to shallow penetration ac/dcrp.
hardness of peridot 7.0 mohs.