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 Calculation tools for design |
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| Strength calculation of beams |
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Design calculation can be carried out for cantilevers and and simply supported beams both of which are commonly known in the area of material dynamics. |
| ---> Calculation for Beams | |
| Notice: Dependence of apparent modulus of elasticity on strain | |
| Calculation for Gears |
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It is possible to calculate fatigue and wear endurance for gears made of our plastics materials. |
| ---> Fatigue calculation of the gear | |
| ---> Calculation of wear on gears | |
| Calculation of Snap Fitting |
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Snap fitting by using cantilevers, which is a typical design, is discussed here. Thrusting force can be estimated. |
| ---> Calculation of Snap Fitting | |
| Notice: Points for consideration on the design of Snap-Fit | |
| Calculation of Press fitting |
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Calculation of press fitting can be performed. Strain and pullout force/drag torque can be calculated that occur when a shaft is press fitted into a resin hub. |
| ---> Calculation of Press fitting | |
| Calculation of Screw |
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The tightening torque or the number of screw threads for Duracon screw can be calculated. |
| In the case of meter coarse thread | |
| ---> If the tightening torque is calculated from the number of screw threads, refer to here. ---> If the number of screw threads is calculated from the tightening torque, refer to here. |
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| In the case of parallel thread for meter piping | |
| ---> If the number of screw threads is calculated from the tightening torque, refer to here. With the parallel thread for piping, the force in the axial direction and the tightening torque can be calculated form the number of screw threads. |
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