- Fluid Mechanics Problem An Escape Door Of 1 1 M Diameter Lies Horizontally On Top Of A Marine Laboratory That Is 25 M Un 1 (38.29 KiB) Viewed 32 times
FLUID MECHANICS PROBLEM An escape door of 1.1 m diameter lies horizontally on top of a marine laboratory that is 25 m un
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FLUID MECHANICS PROBLEM An escape door of 1.1 m diameter lies horizontally on top of a marine laboratory that is 25 m un
FLUID MECHANICS PROBLEM An escape door of 1.1 m diameter lies horizontally on top of a marine laboratory that is 25 m underwater. (a) With the help of a sketch, find the force that must be applied normal to the door at the edge of the door if the door is hinged at the other end. Neglect weight of the door. (b) Propose one possible method to reduce force as you have calculated in Q1(a). Formula Txy Fr=pghA Yp +9 9A + 1 F₁ = = pgk MG= -GB YA Second moment Second moment bh³ Ixy = 0 12 bh³ (b-2d)bh² 72 36 RD* Try=0 64 Rectangle Triangle Circle Shape Xp= 7MM L Tay M