2. The spring mount for one end of the Leaf spring on the trailer is sketched out below. Using a safety factor of 2, and
Posted: Wed Apr 27, 2022 8:26 pm
table
2. The spring mount for one end of the Leaf spring on the trailer is sketched out below. Using a safety factor of 2, and assume E60 welding rod will be used (Sy=50ksi). You will need Table 13.14 from the textbook. C 3" Weld 450lb 3" 8" a) Calculate the size of weld required for this scenario b) Is it practical? If not, what could be done to make it practical to build.
Unit Moment of Inertia Throat Area Centroid 1, Weld Configuration J. = 1/-x + 1,- A = 0.707sd I = 0 y = 0/2 I d 12 J d 12 G х y A = 1.414sd 1 1 d d(3b2 + d) T = b/2 y = 0/2 14-1 J 6 1,- db 2 х X A = 0.707s(b + d) 1,- JU b4 + 4 + 4bd(b+ d ) 12(b + d) ਸ b2 = 2(b + d) d2 у 2(b + d) dd + 4b) 12(b + d) b)(b + 4d) 12(b + d) = x X
2. The spring mount for one end of the Leaf spring on the trailer is sketched out below. Using a safety factor of 2, and assume E60 welding rod will be used (Sy=50ksi). You will need Table 13.14 from the textbook. C 3" Weld 450lb 3" 8" a) Calculate the size of weld required for this scenario b) Is it practical? If not, what could be done to make it practical to build.
Unit Moment of Inertia Throat Area Centroid 1, Weld Configuration J. = 1/-x + 1,- A = 0.707sd I = 0 y = 0/2 I d 12 J d 12 G х y A = 1.414sd 1 1 d d(3b2 + d) T = b/2 y = 0/2 14-1 J 6 1,- db 2 х X A = 0.707s(b + d) 1,- JU b4 + 4 + 4bd(b+ d ) 12(b + d) ਸ b2 = 2(b + d) d2 у 2(b + d) dd + 4b) 12(b + d) b)(b + 4d) 12(b + d) = x X