  A recently proposed method for a strong coupling analysis of scattering
phenomena in hamiltonian lattice field theories is applied to the $\SU2$
Yang-Mills model in $(2+1)$ dimensions. The calculation is performed up to
second order in the hopping parameter. All relevant quantities that
characterize the collision between the lightest glueballs in the elastic region
-- cross section, phase shifts, resonance parameters -- are determined.
