I need to calculate the tensile stiffness along the fibre which have a length of 250um below are the values ive been given Matrix Stiffness Em = 6 GPa Matrix Strength (sigma)m = 50 MPa Fibre Volume Fraction 0.41 Fibre Stiffness Ef = 49 GPa Fibre Strength (sigma)f = 103 MPa Fibre Shear Stiffness Gf = 23 GPa Matrix Shear Stiffness Gm = 2 GPa Interface Strength ti = 7 MPa Fibre Diameter = 7um poissons ratio of matrix = 0.32 Poissons ratio of fibre = 0.23 tensile stress of 190 MPa applied at an angle of 60 degrees. it is a unidirectional composite
I need to calculate the tensile stiffness along the fibre which have a length of 250um below are the values ive been given Matrix Stiffness Em = 6 GPa Matrix Strength (sigma)m = 50 MPa Fibre Volume Fraction 0.41 Fibre Stiffness Ef = 49 GPa Fibre Strength (sigma)f = 103 MPa Fibre Shear Stiffness Gf = 23 GPa Matrix Shear Stiffness Gm = 2 GPa Interface Strength ti = 7 MPa Fibre Diameter = 7um poissons ratio of matrix = 0.32 Poissons ratio of fibre = 0.23 tensile stress of 190 MPa applied at an angle of 60 degrees. it is a unidirectional composite
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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I need to calculate the tensile stiffness along the fibre which have a length of 250um
below are the values ive been given
Matrix Stiffness Em = 6 GPa
Matrix Strength (sigma)m = 50 MPa
Fibre Volume Fraction 0.41
Fibre Stiffness Ef = 49 GPa
Fibre Strength (sigma)f = 103 MPa
Fibre Shear Stiffness Gf = 23 GPa
Matrix Shear Stiffness Gm = 2 GPa
Interface Strength ti = 7 MPa
Fibre Diameter = 7um
poissons ratio of matrix = 0.32
Poissons ratio of fibre = 0.23
tensile stress of 190 MPa applied at an angle of 60 degrees.
it is a unidirectional composite.
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