Javascript desactivado
An example in 2D to compute numerical approximations of minimizers for optimal control problems governed by scalar conservation laws in the presence of shocks. Using the so-called discrete approach, based on a direct computation of gradients in the discrete problem.
Javascript desactivado
An example in 2D to compute numerical approximations of minimizers for optimal control problems governed by scalar conservation laws in the presence of shocks. Using the so-called discrete approach, based on a direct computation of gradients in the discrete problem.
Javascript desactivado
An example in 2D to compute numerical approximations of minimizers for optimal control problems governed by scalar conservation laws in the presence of shocks. Using the so-called discrete approach, based on a direct computation of gradients in the discrete problem.
Javascript desactivado
An example in 2D to compute numerical approximations of minimizers for optimal control problems governed by scalar conservation laws in the presence of shocks. Using the so-called discrete approach, based on a direct computation of gradients in the discrete problem.
Javascript desactivado
An example in 2D to compute numerical approximations of minimizers for optimal control problems governed by scalar conservation laws in the presence of shocks. Using the so-called discrete approach, based on a direct computation of gradients in the discrete problem.
