Babendreier, Arthur O. [from old catalog], Maryland institute for the promotion of mechanic arts and design, Baltimore. [from old catalog] · Baltimore, Md., The Maryland institute for the promotion of mechanic arts and design · leaf 98
e pitch of the rivet;then the resultant stresses produced in single rivetedjoints would be: Tensile Stress, (St) = strain (P) divided by the dif-ference between the products of the plate thickness (0times the pitch (p) and the thickness (t) times the diame-eter (d). Then the unit tensile stress in… … F/6.4- Shearing Stress, S8 = strain, divided by the area ofthe rivet (.7854 d2) or S- P °8 .7854 </2 2nd—Single Shear double riveted joints, in which tworows of rivets, staggered are used. (See Fig. 4) The stresses in double rivetedjoints (single shear) are as follows: Tensile Stress, this is…
Mechanics
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