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NEW YORK UNIVERSITY - NASA

NEW YORK UNIVERSITY - NASA

differential equations for <P an.d ~ can be solved by ·-----dif-ference--scheme. -· We --shall also--give· -an· iterative--procedure to determine the circulation r from the Kutta-Joukowski -··-·-·condition. Section 4 will be devoted to a brief description of .our method for computi~g the modulus f of the derivative

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Solving Differential Equations by Computer

Solving Differential Equations by Computer – R. Herman, for MAT 361, Summer 2015 7/2/2015 Figure 8: Two first order differential equations simulated in Simulink. Often we might want to access the solutions in MATLAB. Using the first model in Figure 8, add the To Workspace block. Double-click and rename the variable as y and change the output type to array. Run the simulation. This will put ...

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NEW YORK UNIVERSITY - NASA

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differential equations for <P an.d ~ can be solved by ·-----dif-ference--scheme. -· We --shall also--give· -an· iterative--procedure to determine the circulation r from the Kutta-Joukowski -··-·-·condition. Section 4 will be devoted to a brief description of .our method for computi~g the modulus f of the derivative

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