**3.8 Loading**

Generally, loads are estimated using the classification rules or direct hydrodynamic calculations. The loads that make the ANSYS version12,0 composite ship (EN AC43100 (AlSi10Mg(b)) + SiC\*/15p) can be roughly divided in to two parts. Static Loads (still water) This consists of loads that do not differ with time, or even if they differ, the impact of time may be neglected; This category includes hydrostatic pressure, ship part weights, cargo and ballast loads. Besides these wave moments and forces resulting from ship components are often known as static loads. Wave Induced (Quasi Static) to consider water as a sequence of linear-elastic springs which are not connected to each other. In model ship numerics, the number of springs 'mounted' is put on the ship's entire body. Therefore it becomes important to properly understand the loads and evaluate the structure accordingly. Using ANSYS version12,0 makes the load application method very quick and manageable, also the chances of errors in combining the loads is eliminated.

Loads of wave induced *(quasi static)* what count is Coefficient Calculation, Bending Moment Wave Induced Load consists of Vertical Wave Bending Moment (MWV) or (B.M.W.V), Shear Force Wave Induced Load consists of Vertical Wave Shear Force (QWV) or (S.W.S.F), Permissible Bending Moment (S.W.B.M) and Vertical Wave Shear Force (S.F.W.V).
