To support and withstand expected loads and
forces.
Objective:
OS2.1
APPLICATION:
Design of piles, drilled piers, and caissons when the design moment in the element due to earthquake effects is greater than 75% of its moment capacity, at sites
where IEFaSa(0.2) is greater than 0.75.
To limit the probability that the deep foundation elements
will not be able to accommodate cyclic inelastic behaviour, which could lead
to structural failure, which could lead to harm to persons.
ATTRIBUTION:
Functional Statement:
F20
To support and withstand expected loads and
forces.
Objective:
OP2.1
APPLICATION:
Design of piles, drilled piers, and caissons when the design moment in the element due to earthquake effects is greater than 75% of its moment capacity, at sites
where IEFaSa(0.2) is greater than 0.75.
To limit the probability that the deep foundation elements
will not be able to accommodate cyclic inelastic behaviour, which could lead
to damage to the building.
ATTRIBUTION:
Functional Statement:
F22
To limit movement under expected loads and
forces.
Objective:
OS2.4
APPLICATION:
Interconnection of spread footings on soil defined as Site Class E or F according to Table
4.1.8.4., at sites where
IEFaSa(0.2) is greater than 0.75.
To limit the probability that the spread footings will spread
apart due to the maximum expected seismic forces, which could lead to structural
failure, which could lead to harm to persons.
ATTRIBUTION:
Functional Statement:
F22
To limit movement under expected loads and
forces.
Objective:
OP2.4
APPLICATION:
Interconnection of spread footings on soil defined as Site Class E or F according to Table
4.1.8.4., at sites where
IEFaSa(0.2) is greater than 0.75.