Design the two ways navigation channel $($the depth, the width, the radius, the width and

the type of tum if the deflection angle is $35,$ the visual distance and stopping sight

distance$).$ If the bed sea soil is coarse sand what will be the side slop of the navigation

channel?

Determine the port entrance $($The gab$)$ dimensions.

Determine the turning basin $($without tugboat$),($radius$,$ depth and clearance$)$

Calculate number of berths for each cargo using approximate method

Calculate number of berths for containers cargo using Exact method, if you know cost

of waiting $=5600\frac{\text{\$}}{?}$ day, cost of vacant $=14000\frac{\text{\$}}{?}$ day. Assume TEU weight is $25$ tons.

Determine the dimensions of the port berths $($length and depth... etco$)$

Design suitable storage area for each cargo

Draw to a reasonable scale, the proposed general layout of the port, showing the proposed

navigation channel, tuming basin, breakwaters alignment, berths, and storage area

Draw master plan