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Transverse strength calculator
Insert the values of breaking load, average distance, and diameter to get the transverse strength
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Transverse Strength Calculator
Transverse strength calculator is used to calculate the transverse strength of a material.
What is meant by transverse strength?
A measurement of a stone bar's ability to support a load at its center while being supported at both ends. Strength of a specimen assessed in transverse bending; often referred to as breaking load and typically interchangeable with rupture modulus
D = 8PL / πd3
where
- P = Breaking Load
- L = Average Distance
- d = Diameter
How to calculate the transverse strength?
Example 1
Calculate the transverse strength when breaking load = 12, average distance = 15, and diameter = 20.
Solution
Transverse Strength (D) =?
P = 12, L = 15, d = 20
D = 8PL / πd3
By putting Values in the above formula:
D = 8*12*15 / 3.14*(20)3
D = 1440 / 3.14*8000
D = 1440 / 25120
D = 0.0573248
Example 2:
Calculate the transverse strength when breaking load = 32, average distance = 12, and diameter = 42.
Solution
Transverse Strength (D) =?
P = 32, L = 12, d = 42
D = 8PL / πd3
By putting Values in the above formula:
D = 8*32*12 / 3.14*(42)3
D = 3072 / 3.14*74088
D = 3072 /232636.32
D = 0.0132052
Here are a few other results to get the transverse strength calculator.
| Given Data | Transverse strength |
| P = 3, L = 4, d = 5 | 0.244586 |
| P = 7, L = 5, d = 2 | 11.1465 |
| P = 5, L = 1, d = 3 | 0.471809 |
| P = 2, L = 4, d = 5 | 0.163057 |
| P = 6, L = 7, d = 5 | 0.856051 |
| P = 3, L = 5, d = 2 | 4.77707 |
| P = 5, L = 3, d = 4 | 0.597134 |
| P = 3, L = 2, d = 7 | 0.0445674 |
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