The drawback(s) of the classic Lewis equation to find bending stress in gear a tooth are: The tooth load in practice is not static. The whole load is carried by single tooth is not correct. The...


The drawback(s) of the classic Lewis equation to find bending stress in gear a tooth are:<br>The tooth load in practice is not static.<br>The whole load is carried by single tooth is not correct.<br>The greatest force exerted at the tip of the tooth is not true<br>All of these options<br>Which of the following design factor (suggested by AGMA) depends on the tooth profile inaccuracies?<br>AGMA Geometry factor (J)<br>Load Distribution Factor (Km)<br>Dynamic Factor (K,)<br>

Extracted text: The drawback(s) of the classic Lewis equation to find bending stress in gear a tooth are: The tooth load in practice is not static. The whole load is carried by single tooth is not correct. The greatest force exerted at the tip of the tooth is not true All of these options Which of the following design factor (suggested by AGMA) depends on the tooth profile inaccuracies? AGMA Geometry factor (J) Load Distribution Factor (Km) Dynamic Factor (K,)

Jun 11, 2022
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