Quote by gaming_addict
As the tile says, anyone's got an idea what the gforces might be at the boundary of a black hole's event horizon? I got a formula to calculate the event horizon radius but not the the gravitational forces. Equivalence to Earth G's would be nice or in m/s2 = meter per second squared!

Well, it firstly depends on what you mean by force. I presume that you mean gravitational tidal forces. They are very large past the event horizon of a black hole, but I cannot provide you with exact numbers.
Is it also true that if I accelerate a craft to that equivalent gforce, will it produce an artificial event horizon?

Again, what do you mean here by "gforce"? It is true that any accelerating observer will have a sort of event horizon, however it is not the same as an event horizon around a black hole. The event horizon that the accelerating observer experiences is only a one way event horizon there exists regions of spacetime from which causal rays cannot reach the observer, but not viceversa.