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Uploaded by nptelhrd on Sep 9, 2009
Lecture Series on Strength and Vibration of Marine Structures by Prof.A.H. Sheikh and Prof.S.K.Satsangi, Department of Ocean Engineering & Naval Architecture, IIT Kharagpur. For more details on NPTEL visit http://nptel.iitm.ac.in
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do you have and videos on couples on bmd? send me link plz....
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drago23live 1 month ago
do you have and videos on deflection as a result of impact loading of beams?If so send me a link.
MrGka1 3 months ago
warnnig:l(1)=L and l(2)=a,ok?
diflection1 9 months ago
It took me sometimes, but I finally got it,what do you think?
graph the fourth degree polynomial,then find EI d^2y/dx^2=M(x)=moment
example:EI y(x)=-(1/4)X^4+(203/54)X^3-(489/4)X
given ;P=10 #
given:W=6#/ft
deflection formua:EI y(x)=(4PaL^2-wL^4-4Pax^2+2wL^2X^2-WLx^3)
formula for the elastic curve:
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do you have and videos on couples on bmd? send me link plz....
\
drago23live 1 month ago
do you have and videos on deflection as a result of impact loading of beams?If so send me a link.
MrGka1 3 months ago
warnnig:l(1)=L and l(2)=a,ok?
diflection1 9 months ago
It took me sometimes, but I finally got it,what do you think?
diflection1 9 months ago
graph the fourth degree polynomial,then find EI d^2y/dx^2=M(x)=moment
diflection1 9 months ago
example:EI y(x)=-(1/4)X^4+(203/54)X^3-(489/4)X
diflection1 9 months ago
given ;P=10 #
diflection1 9 months ago
given:W=6#/ft
diflection1 9 months ago
deflection formua:EI y(x)=(4PaL^2-wL^4-4Pax^2+2wL^2X^2-WLx^3)
diflection1 9 months ago
formula for the elastic curve:
diflection1 9 months ago