Approach to solve a partio-Integral Differential equation
I would appreciate some guidance in handling a Partio - Integral differential equation (PIDE) which was generated as a result of three PDEs.
begin{eqnarray}
lambda_h frac{partial^2 theta_w}{partial x^2} + lambda_c V frac{partial^2 theta_w}{partial y^2} +( -beta_h - V beta_c )theta_w +beta_h^2 e^{-beta_h x} int e^{beta_h x} theta_w(x,y) mathrm{d}x + beta_c^2 e^{-beta_c y}int e^{beta_c y} theta_w(x,y)mathrm{d}y = 0
end{eqnarray}
The limits of the integration are between 0 and 1.
differential-equations
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I would appreciate some guidance in handling a Partio - Integral differential equation (PIDE) which was generated as a result of three PDEs.
begin{eqnarray}
lambda_h frac{partial^2 theta_w}{partial x^2} + lambda_c V frac{partial^2 theta_w}{partial y^2} +( -beta_h - V beta_c )theta_w +beta_h^2 e^{-beta_h x} int e^{beta_h x} theta_w(x,y) mathrm{d}x + beta_c^2 e^{-beta_c y}int e^{beta_c y} theta_w(x,y)mathrm{d}y = 0
end{eqnarray}
The limits of the integration are between 0 and 1.
differential-equations
New contributor
add a comment |
I would appreciate some guidance in handling a Partio - Integral differential equation (PIDE) which was generated as a result of three PDEs.
begin{eqnarray}
lambda_h frac{partial^2 theta_w}{partial x^2} + lambda_c V frac{partial^2 theta_w}{partial y^2} +( -beta_h - V beta_c )theta_w +beta_h^2 e^{-beta_h x} int e^{beta_h x} theta_w(x,y) mathrm{d}x + beta_c^2 e^{-beta_c y}int e^{beta_c y} theta_w(x,y)mathrm{d}y = 0
end{eqnarray}
The limits of the integration are between 0 and 1.
differential-equations
New contributor
I would appreciate some guidance in handling a Partio - Integral differential equation (PIDE) which was generated as a result of three PDEs.
begin{eqnarray}
lambda_h frac{partial^2 theta_w}{partial x^2} + lambda_c V frac{partial^2 theta_w}{partial y^2} +( -beta_h - V beta_c )theta_w +beta_h^2 e^{-beta_h x} int e^{beta_h x} theta_w(x,y) mathrm{d}x + beta_c^2 e^{-beta_c y}int e^{beta_c y} theta_w(x,y)mathrm{d}y = 0
end{eqnarray}
The limits of the integration are between 0 and 1.
differential-equations
differential-equations
New contributor
New contributor
New contributor
asked Jan 4 at 2:52
Indrasis MitraIndrasis Mitra
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