To solve the provided equation, it is important to convert the cell arrays ‘S_d’ and ‘S_m’ into matrices before performing matrix operations. The ‘cell2mat’ function can be used for this conversion. Once the necessary calculations are completed on the matrices, the result can be converted back to a cell array using the ‘mat2cell’ function.
The following code snippet demonstrates this approach:
S_d_mat = cell2mat(S_d);
S_m_mat = cell2mat(S_m);
numerator = (S_d_mat - S_m_mat) * I6 * (S_d_mat - S_m_mat);
denominator = phi * (I2 * S_m_mat * I2' - 1/k_f) - I2 * (S_d_mat - S_m_mat) * I2';
S_eff_mat = S_d_mat + numerator / denominator;
S_eff = mat2cell(S_eff_mat, ones(1,6), ones(1,6));
This code effectively solves the equation and provides the desired result as a 6x6 cell array.
For more information, refer to the following documentation:
