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  2. Volume 3, Issue 0
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ISSN: 1999-8716

Volume3, Issue0

STATE STRAIN AND DEFORMATION FOR POLYMER COMPOSITE MATERIAL BY USING NUMERICAL SOLUTION

    Ahmed Falh Hasan

DIYALA JOURNAL OF ENGINEERING SCIENCES, 2010, Volume 3, Issue 0, Pages 12-25

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Abstract

ABSTRACT:-This study deal with composite materials made of E-glass , carbon fiber with epoxy matrix at volume fraction 0.6 , by using mat lab 2008 a was used to state the deformation and strain in both x,y direction .
40*40 mm element was subjected to tensile stress in x direction with value 200,300,400 and 500 MPa with two angle θ=0 and θ=45 degree, the von miss stress distribution has been stated by using solid work at 400,500 MPa.
The results was showed when θ=0 glass fiber have value of strain more than carbon fibers, when θ=45 carbon fiber have value of strain more than glass fibers .the change in right angle gave us zero indicating when θ=0 ,and θ=45 the change in right angle gave us negative indication .the von miss stress at 500 MPa was low factor of safety .
Keywords:- composite material, mat lab, epoxy, strain, deformation.
Keywords:
    composite material mat lab Epoxy Strain Deformation
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(2010). STATE STRAIN AND DEFORMATION FOR POLYMER COMPOSITE MATERIAL BY USING NUMERICAL SOLUTION. DIYALA JOURNAL OF ENGINEERING SCIENCES, 3(0), 12-25.
Ahmed Falh Hasan. "STATE STRAIN AND DEFORMATION FOR POLYMER COMPOSITE MATERIAL BY USING NUMERICAL SOLUTION". DIYALA JOURNAL OF ENGINEERING SCIENCES, 3, 0, 2010, 12-25.
(2010). 'STATE STRAIN AND DEFORMATION FOR POLYMER COMPOSITE MATERIAL BY USING NUMERICAL SOLUTION', DIYALA JOURNAL OF ENGINEERING SCIENCES, 3(0), pp. 12-25.
STATE STRAIN AND DEFORMATION FOR POLYMER COMPOSITE MATERIAL BY USING NUMERICAL SOLUTION. DIYALA JOURNAL OF ENGINEERING SCIENCES, 2010; 3(0): 12-25.
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Journal Information

Publisher: Diyala University

Email:  engineering_college@diyengineering.net

Editor-in-chief: Dr. Amer Mohammed Ibrahim

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