Abstract
The present study newly derives temperature distribution inside a ground in the case where ground water flows in a uniform manner inside the ground which has a cooling surface and a heated surface disposed in parallel each other sandwiching the ground, and a method to calculate the growth of frozen soil to be produced in the region is shown.
As anapplication of the theory, it is shown that, also in the case where a lot of ground water is gushed out from the bottom in a freeze wall cofferdam, a freezing region locally undergoes ground improvement measures so that construction works can be safely executed.
