Abstract
A finite element methodology is employed to discretize the direction coordinate for transport problems in integro-differential form. It is shown that the method proposed can satisfactorily handle particle streaming phenomena and, especially, high order anisotropy of emissions from collisions. As a consequence, the method is applicable to many problems of neutron and photon transport (shielding and blanket problems, multiplying systems). The method can be formulated in a way suitable to be handled by current discrete ordinate transport numerical algorithms.
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