The phrase "a secondary load" is correct and usable in written English.
It can be used in contexts such as engineering, physics, or project management to refer to an additional load that is not the primary load but still has significance.
Example: "In the design of the bridge, we must consider not only the primary load but also a secondary load that may affect its stability."
Alternatives: "an additional load" or "a supplementary load".
In each case, the factors had a secondary loading that matched the other group so it was possible to assign variables to common factors for both groups.
Based on these assumptions, it might seem more reasonable to employ a verbal secondary load to simulate the effects of maths anxiety.
Ratcheting, namely the cyclic accumulation of plastic deformation, occurs when the structures are subjected to a primary load with a secondary cyclic load if the applied loads are high enough to make the structures yield.
To do so, we had participants complete a primary visual search task under a variety of secondary load conditions (a single word presented on Google Glass during each search trial).
In this case, the secondary load is a constant load all the year round, neglecting periods of maintenance.
The objective of this paper is the study of the influence (at micromechanical scale) of a secondary transverse load (tension or compression), perpendicular to the transverse compression nominally responsible for the failure, on the inter-fibre failure under compression.
We then tackle the challenging problem of characterizing secondary load, i.e. load as it is occurring at a lower layer interface within a protocol/service hierarchy, and for this purpose, we suggest a new approach for analytical modeling of load transformations as they are typical for communication networks.
Item values were retained if they had a primary factor loading of >0.40 and a secondary factor loading of <0.30 [ 29].
One real-life example of a situation with fatigue ratcheting possibility is piping of power plants subjected to internal pressure (primary load) and cyclic bending (secondary load).
A size effect of the inclusion radius on the critical load is predicted, smaller inclusions being stronger and less dependent on the secondary load.
