Enter the shaft diameter, the shaft length (distance from the end of the shaft to the load-bearing surface), and the load applied to the end of the shaft. The program will calculate the deflection (at the shaft tip) due to the weight of the shaft + the applied load.

Hollow Stainless Steel Shaft

INPUT VALUES
DEFLECTION DUE TO LOAD FOR HOLLOW STAINLESS STEEL SHAFTS
Fixed at one end, load at the other
SHAFT OUTSIDE DIAMETER (in inches)
Wall Thk: SHAFT INSIDE DIAMETER (in inches)
LOAD (in pounds)
SHAFT EXTENDED LENGTH (in inches)
MAXIMUM DEFLECTION, AT END (in inches)
RESULTS
DEFLECTION DUE TO WEIGHT OF SHAFT FOR HOLLOW STAINLESS STEEL SHAFTS
Fixed at one end, even load
SHAFT OUTSIDE DIAMETER (in inches)
SHAFT INSIDE DIAMETER (in inches)
SHAFT WEIGHT (in pounds)
EXTENDED LENGTH (in inches)
MAXIMUM DEFLECTION, AT END (in inches)
TOTAL DEFLECTION (HOLLOW SHAFT ONLY)
(Load + Weight of Shaft Deflection)
SHAFT TOTAL DEFLECTION, AT END (in inches)