Abstract
We argue that a driven system with two particle species and hardcore interactionsgenerically undergoes at least two different types of boundary-driven first-order phasetransitions. One observes them in succession, bringing the system from a statewith a small density of right-movers to a fully jammed state, by keeping oneboundary fixed and changing gradually conditions at the other boundary. As inone-component systems, the phase transitions are caused by shock motion. MonteCarlo simulations and PDEs numerical integration of a specific model serve as anexample.
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