WORK IN PROGRESS
There are three unit systems available: mm / g / s, m / kg / s and in / lb / s. The corresponding units for force, moment, stress constraint, stress and displacement are listet below
Available Unit Systems | Young’s Modulus | Force | Moment | Stress | Displacement |
|---|---|---|---|---|---|
mm / g t / s | MPa | N | Nmm | MPa | mm |
m / kg / s | Pa | N | Nm | Pa | m |
in / lb / s | Psi | lbf | lbf in | Psi | in |
Available Unit Systems | mm / t / s | m / kg / s | in / lb | lb in | Psi | / s |
|---|---|---|---|---|---|---|
Young' Modulus | MPa | Pa | Psi | |||
Force | N | N | lbf | |||
Moment | Nmm | Nm | lbf in | |||
Stress | MPa | Pa | Psi | |||
Displacement | mm | m | in |
The corresponding units can be calculated with the conversion factors as follows:
m / kg / s | mm / t / s | in / lb / s | |
|---|---|---|---|
length | m | mm | in ? |
mass | kg | t | oz ?lb |
force | N (kg*m)/s²=N | N (t*mm)/s²=(0,001kg*1000mm)/s²=(kg*m)/s²=N | lblbf |
moment | Nm | Nmm | in-lb lbf |
Pressure/stress/Young’s Modulus | Pa N/m²=Pa | MPa N/mm²=N/(0,001²*m²)=106N/m²=MPa | Psi |
specifisches gewicht | kg/m³ | g/mm³ | oz lb / in.³ |
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