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A 4-node quadrilateral element of 2D elasticity, as shown below in physical coordinates, is considered. Suppose that the Jacobian matrix can be written in the [J11 J12] Find the value of J11 for a point located at (§, n)= J21 J22 (0.3,0.1). (Hint: round you final answer to 4 digits after decimal point). form of J 3* 4 (1,6) 1 (0,0) Your Answer: Answor 2 (3, 2) 3 (5,5) -X

A 4-node quadrilateral element of 2D elasticity, as shown below in physical coordinates, is considered. Suppose that the Jacobian matrix can be written in the [J11 J12] Find the value of J11 for a point located at (§, n)= J21 J22 (0.3,0.1). (Hint: round you final answer to 4 digits after decimal point). form of J 3* 4 (1,6) 1 (0,0) Your Answer: Answor 2 (3, 2) 3 (5,5) -X

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
Problem 1.1MA
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A 4-node quadrilateral element of 2D elasticity, as shown below in physical coordinates, is considered. Suppose that the Jacobian matrix can be written in the form of J- [J11 J12] J21 J22 (0.3,0.1). (Hint: round you final answer to 4 digits after decimal point). y 4 (1,6) 1 (0,0) Your Answer: Answer Find the value of J11 for a point located at 2 (3, 2) 3 (5,5) - X (§, n)=
Transcribed Image Text:A 4-node quadrilateral element of 2D elasticity, as shown below in physical coordinates, is considered. Suppose that the Jacobian matrix can be written in the form of J- [J11 J12] J21 J22 (0.3,0.1). (Hint: round you final answer to 4 digits after decimal point). y 4 (1,6) 1 (0,0) Your Answer: Answer Find the value of J11 for a point located at 2 (3, 2) 3 (5,5) - X (§, n)=
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