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A clamped-clamped beam having 2 elements (1) and (2), subjected to a concentrated force P at node 2, as given below. The beam has cross area (A) and young modulus (E). Fixed (1) (2) 3. L/3 2L/3 Determine element stiffness matrix (element 1, 2) and global stiffness a. matrix of the beam b. Determine displacement of node 2 at x =L/3. ---.

A clamped-clamped beam having 2 elements (1) and (2), subjected to a concentrated force P at node 2, as given below. The beam has cross area (A) and young modulus (E). Fixed (1) (2) 3. L/3 2L/3 Determine element stiffness matrix (element 1, 2) and global stiffness a. matrix of the beam b. Determine displacement of node 2 at x =L/3. ---.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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A clamped-clamped beam having 2 elements (1) and (2), subjected to a concentrated force P at node 2, as given below. The beam has cross area (A) and young modulus (E). Fixed (1) (2) 1 L/3 3. 2L/3 a. Determine element stiffness matrix (element 1, 2) and global stiffness matrix of the beam b. Determine displace ment of node 2 at x =L/3.
Transcribed Image Text:A clamped-clamped beam having 2 elements (1) and (2), subjected to a concentrated force P at node 2, as given below. The beam has cross area (A) and young modulus (E). Fixed (1) (2) 1 L/3 3. 2L/3 a. Determine element stiffness matrix (element 1, 2) and global stiffness matrix of the beam b. Determine displace ment of node 2 at x =L/3.
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