Q. The change in voids ratio of the consolidation test is calculated from the relation of________

View solution

Q. From the consolidation test data using the ‘change in void ratio’ method, the coefficient of volume change can be calculated by _____________

View solution

Q. From the consolidation test data using the ‘Height of solids’ method, the coefficient of volume change can be calculated by _____________

View solution

Q. The coefficient of volume change is ______________

View solution

Q. The unit of coefficient of volume change is

View solution

Q. From the calculations consideration of a consolidation test data, the change in thickness can be both positive and negative.

View solution

Q. The Rowe cell apparatus also measures the pore pressure.

View solution

Q. The coefficient of consolidation can be determined by comparing characteristics of _______

View solution

Q. The coefficient of consolidation can be found by _____________

View solution

Q. The square root of time fitting method the theoretical graph is plotted between _____

View solution

Q. The curve is straight up to _______________

View solution

Q. The abscissa at U=90% is roughly equal to ________ times the abscissa at U=60%.

View solution

Q. The use of square root of fitting method was suggested by ________

View solution

Q. From the practical data, in square root of time fitting, ______ curve is plotted.

View solution

Q. The consolidation between Ro and Rc is called ______________

View solution

Q. The coefficient of consolidation from square root of time fitting method is calculated from the equation _________

View solution

Q. The average drainage path for the pressure increment is calculated from the formula of ______

View solution

Q. The logarithm of time fitting method was suggested by ______

View solution

Q. In logarithm of time fitting method, the graph is drawn on a ____________

View solution

Q. The logarithm of time fitting method is based on the characteristic of ______________

View solution