Ultimate Tensile Strength is the (BHN*500)
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.
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1 pa = 1x10-5 bar or 1 Mpa = 10 bar, therefore, to convert from Mpa to bar you simply take the number of Mpa and multiply it by 10.
1 tonner aircon = 4.7 HP
Generators convert mechanical energy into electrical energy. When mechanical energy is applied to the generator, it causes a rotor to spin within a magnetic field, which induces an electrical current through electromagnetic induction. This process transforms the kinetic energy of movement into usable electrical power.
The formula to convert Vickers to Brinell hardness is: Brinell Hardness = (2.025 x Vickers Hardness).
Hardness Conversion TableTensileStrength(N/mm2)Brinell Hardness(BHN)Vickers Hardness(HV)RockwellHardness(HRB)Rockwell Hardness(HRC)28586903209510056.235010511062.338511412066.741512413071.245013314075.048014315078.751015216081.754516217085.057517118087.161018119089.564019020091.567519921093.570520922095.074021923096.777022824098.180023825099.582024225523.185025226524.888026127526.490026628027.193027629028.595028029529.299529531031.0103030432032.2106031433033.3109532334034.4112533335035.5115534236036.6119035237037.7122036138038.8125537139039.8129038040040.8132039041041.8135039942042.7138540943043.6142041844044.5145542845045.3148543746046.1152044747046.9155545648047.7159546649048.4163047550049.1166548551049.8170049452050.5174050453051.1177551354051.7181052355052.3184553256053.0188054257053.6192055158054.1195556159054.7199557060055.2203058061055.7207058962056.3210559963056.8214560864057.3218061865057.8
To convert Brinell hardness of 300 HB to psi, use the formula: Brinell Hardness (HB) = (12.9 * N) / (D^2), where N is the applied force in kg and D is the diameter of the indention in mm. Given 300 HB, N/A = 1250 and D = 10 for a steel ball. Converting 300 HB to psi: (12.9 * 1250) / (10^2) = 16112.5 psi. To convert 300 HB to MPa: 16112.5 psi * 0.00689476 = 111.1 MPa.
To convert Brinell hardness (HB) to Rockwell hardness (HR), there is no direct formula, as the conversion depends on the specific materials and the Rockwell scale used (A, B, C, etc.). However, approximate conversion tables are commonly used in practice. For example, a typical conversion might suggest that a Brinell hardness of around 200 HB corresponds to approximately 100 HRB or 30 HRC, but these values can vary. It's always best to refer to specific conversion charts tailored to the materials in question for accurate results.
To convert Brinell Hardness Number (BHN) to megapascal (MPa), you can use the conversion factor where 1 BHN is approximately equal to 0.1 MPa. Therefore, to convert BHN to MPa, simply multiply the BHN value by 0.1. For example, a BHN of 400 would be equivalent to 40 MPa.
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To convert Mohs hardness to megapascals (MPa), you can use empirical correlations, as there is no direct conversion since Mohs hardness is a qualitative scale based on scratch resistance. A common approximation suggests that the hardness in MPa can be estimated by multiplying the Mohs hardness value by approximately 100 MPa. However, this is a rough estimate and can vary significantly depending on the material. For precise applications, it is best to refer to specific material data or conduct direct hardness testing.
fc'=0.785 fck fck=1.273 fc' fc'=strength of cylinder fck=strength of cube
With jesus
With jesus
How do I convert foot pounds of torque to a tensile strength
To convert Asker C hardness to Shore A hardness, you can use a conversion table or formula, as there is no direct mathematical relationship between the two scales. Generally, an approximate conversion is that Asker C hardness values of around 60-70 correspond to Shore A values of approximately 75-90. However, for precise applications, it's best to refer to specific conversion charts or conduct comparative testing, as variations can occur depending on the material.