Jim Currie
Member
OK, two questions then.
First, at just 30% kinetic energy compared with the actual event, would the resultant damage be still bad enough to sink the Titanic? If so, over what time scale approximately?
Second, all other parameters and events being the same (as before), at what speed would the Titanic have completely avoided collision? This may sound awkward, but there has to be a speed limit at or under which collision would definitely have not taken place.
Hello Arun,
Unless you know the exact mechanics of the damgage and the quality of the involved material and workmanship during construction of the areas which failed, you cannot predict the outcome of even a minor encounter.
As to speed to make sure they missed it? There was no such speed.
Because the rudder being hard over means maximum turning efford had already been applied. The ship would still follows the same path...just at a slower speed. The outcome would be the same...impact. Even if she stopped the engines. it woud simply delay the inevitable due to residual momentum.
However, the slower the speed the better the head-on scenario looks. additinally, the energy of impact would be less. Which brings us back to your first question.
Even better, a FULL ASTERN engine movement would have a good chance of bringing the vessel to a halt before impact