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Liquids under the influence of external fields exhibit a wide range of intriguing phenomena that can be markedly different from the behaviour of a quiescent system. This work considers two different systems a glassforming Yukawa system and a colloidpolymer mixture by Molecular Dynamics computer simulations. The former consists of a 5050 binary mixture of differentlysized, likecharged colloids interacting via a screened Coulomb (Yukawa) potential. Near the glass transition the influence of an external shear field is studied. In particular, the transition from elastic response to plastic flow is of interest. The obtained results are important for advancing new theoretical approaches in the framework of the modecoupling theory of the glass transition. Furthermore, they suggest new experimental investigations on colloidal systems. As second system a colloidpolymer mixture is studied in the context of its behaviour near the critical point of phase separation. Based on the AsakuraOosawa model a new effective model with soft interaction potentials is introduced and characterised in equilibrium. Finally its suitability for shear simulations is shown.
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