Document ID: chunk:federal_register_of_legislation:F2019C00887:reg:6:p2
Version: federal_register_of_legislation:F2019C00887
Segment Type: reg
Provision Reference: reg 6 (pt 2/4)
Character Range: 89004–91635

a civil penalty if the person contravenes subsection (5).
Civil penalty: 50 penalty units.

               Schedule 1 Stability criteria for livestock carriers
               (paragraph 11(1)(a))

              Part 1 Effects of shift and wind
       The effects of the shift of livestock and fodder and the effect of wind are to be taken into account in the following manner.

1.1 Shift of livestock criteria
      (1) The heeling lever due to the shift of livestock at 0 is:
Average mass of livestock carried × livestock shift constant
floor area per head of livestock × displacement

       where:
average mass of livestock carried means the average mass of livestock to be carried on the intended voyage.
floor area per head of livestock means the floor area required per head of average mass of the livestock to be carried on the intended voyage.
livestock shift constant is:

      (2) For a vessel with uniform breadth of pens, the livestock shift constant is:

      (3) For a vessel with varying breadths of pens, the largest breadth may be used:

      (4) The heeling lever due to the shift of livestock at 40 is:
 0.8 × heeling lever due to the shift of livestock at 0.
      (5) The heeling lever curve is a straight line joining the heeling lever at 0 and the heeling lever at 40.

1.2 Shift of fodder criteria
      (1) The heeling lever due to the shift of fodder in pellet form carried in bulk at 0 is:
total shift moment of fodder
stowage factor of fodder × displacement

       where total shift moment means the sum of the shift moment of each compartment calculated as follows:
       0.044 × l × b3
       where:
b is the maximum breadth of the compartment.
l is the maximum length of the compartment.
      (2) Volumetric shift moments may be work out the total shift moment of fodder, assuming the surface to be at:
(a) for a full compartment —15 to the horizontal; or
(b) for a partly filled compartment — 25 to the horizontal.
      (3) The heeling lever due to the shift of fodder in pellet form carried in bulk at 40 is:
 0.8 × heeling lever due to the shift of fodder at 0.
      (4) The heeling lever curve is a straight line joining the heeling lever at 0 and the heeling lever at 40.

1.3 Effect of wind criteria
      (1) The heeling lever due to the effect of wind at 0 is:
PAH
displacement

         where:
P (wind pressure) is 0.05 tonnes/m2.
A is the lateral area of the vessel above the waterline, in m2.
H is the vertical distance between the centroid of the lateral area of the vessel above the waterline and the centroid of the vessel's underwater lateral area.
Note   For many