modified boundary element method for · 36. s.t. wu, r.e. ferguson and l.l. altgilbers, application...

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Page 2: Modified Boundary Element Method for · 36. S.T. Wu, R.E. Ferguson and L.L. Altgilbers, Application of finite-element techniques to the interaction of conduction and radiation in
Page 3: Modified Boundary Element Method for · 36. S.T. Wu, R.E. Ferguson and L.L. Altgilbers, Application of finite-element techniques to the interaction of conduction and radiation in
Page 4: Modified Boundary Element Method for · 36. S.T. Wu, R.E. Ferguson and L.L. Altgilbers, Application of finite-element techniques to the interaction of conduction and radiation in
Page 5: Modified Boundary Element Method for · 36. S.T. Wu, R.E. Ferguson and L.L. Altgilbers, Application of finite-element techniques to the interaction of conduction and radiation in
Page 6: Modified Boundary Element Method for · 36. S.T. Wu, R.E. Ferguson and L.L. Altgilbers, Application of finite-element techniques to the interaction of conduction and radiation in
Page 7: Modified Boundary Element Method for · 36. S.T. Wu, R.E. Ferguson and L.L. Altgilbers, Application of finite-element techniques to the interaction of conduction and radiation in
Page 8: Modified Boundary Element Method for · 36. S.T. Wu, R.E. Ferguson and L.L. Altgilbers, Application of finite-element techniques to the interaction of conduction and radiation in
Page 9: Modified Boundary Element Method for · 36. S.T. Wu, R.E. Ferguson and L.L. Altgilbers, Application of finite-element techniques to the interaction of conduction and radiation in

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Page 10: Modified Boundary Element Method for · 36. S.T. Wu, R.E. Ferguson and L.L. Altgilbers, Application of finite-element techniques to the interaction of conduction and radiation in
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Page 15: Modified Boundary Element Method for · 36. S.T. Wu, R.E. Ferguson and L.L. Altgilbers, Application of finite-element techniques to the interaction of conduction and radiation in
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Page 18: Modified Boundary Element Method for · 36. S.T. Wu, R.E. Ferguson and L.L. Altgilbers, Application of finite-element techniques to the interaction of conduction and radiation in

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36. S.T. Wu, R.E. Ferguson and L.L. Altgilbers, Application of finite-element techniques to the interaction of conduction and radiation in a participating mediumí, Heat Transfer and Thermal Control, Vol. 78, Progress in Astronautics and Aeronautics, 1980, pp. 61-91

Page 19: Modified Boundary Element Method for · 36. S.T. Wu, R.E. Ferguson and L.L. Altgilbers, Application of finite-element techniques to the interaction of conduction and radiation in
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Page 22: Modified Boundary Element Method for · 36. S.T. Wu, R.E. Ferguson and L.L. Altgilbers, Application of finite-element techniques to the interaction of conduction and radiation in
Page 23: Modified Boundary Element Method for · 36. S.T. Wu, R.E. Ferguson and L.L. Altgilbers, Application of finite-element techniques to the interaction of conduction and radiation in
Page 24: Modified Boundary Element Method for · 36. S.T. Wu, R.E. Ferguson and L.L. Altgilbers, Application of finite-element techniques to the interaction of conduction and radiation in
Page 25: Modified Boundary Element Method for · 36. S.T. Wu, R.E. Ferguson and L.L. Altgilbers, Application of finite-element techniques to the interaction of conduction and radiation in
Page 26: Modified Boundary Element Method for · 36. S.T. Wu, R.E. Ferguson and L.L. Altgilbers, Application of finite-element techniques to the interaction of conduction and radiation in
Page 27: Modified Boundary Element Method for · 36. S.T. Wu, R.E. Ferguson and L.L. Altgilbers, Application of finite-element techniques to the interaction of conduction and radiation in
Page 28: Modified Boundary Element Method for · 36. S.T. Wu, R.E. Ferguson and L.L. Altgilbers, Application of finite-element techniques to the interaction of conduction and radiation in
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