Derive Equations 5.26 and 5.30 . (alpha_1=frac{E_{mathrm{f} 1} alpha_{mathrm{f} 1} v_{mathrm{f}}+E_{mathrm{m} 1} alpha_{mathrm{m} 1} v_{mathrm{m}}}{E_1}=frac{E_{mathrm{f} 1} alpha_{mathrm{f}
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Derive Equations 5.26 and 5.30 .
\(\alpha_1=\frac{E_{\mathrm{f} 1} \alpha_{\mathrm{f} 1} v_{\mathrm{f}}+E_{\mathrm{m} 1} \alpha_{\mathrm{m} 1} v_{\mathrm{m}}}{E_1}=\frac{E_{\mathrm{f} 1} \alpha_{\mathrm{f} 1} v_{\mathrm{f}}+E_{\mathrm{m} 1} \alpha_{\mathrm{m} 1} v_{\mathrm{m}}}{E_{\mathrm{f} 1} v_{\mathrm{f}}+E_{\mathrm{m} 1} v_{\mathrm{m}}} \tag{5.26}\)
\(\alpha_2=\alpha_{\mathrm{f} 2} v_{\mathrm{f}}+\alpha_{\mathrm{m} 2} v_{\mathrm{m}} \tag{5.30}\)
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Related Book For
Principles Of Composite Material Mechanics
ISBN: 9781439850053
3rd Edition
Authors: Ronald F. Gibson
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