The phrase "attach load" is correct and usable in written English.
It can be used in contexts related to engineering, logistics, or any situation where a load is being connected or affixed to something else.
Example: "Before lifting the crane, make sure to attach the load securely to avoid any accidents."
Alternatives: "connect load" or "fasten load".
The boot is deep and capacious, with optional bars on each side incorporating sliding hooks to which you can attach load-restraining nets, and there's a clip-on, semi-circular "wall" which can corral smaller items against the right-hand wheel hump.
Mechanical force was applied using a pulling device that consisted of a winch mounted on a metal frame that sat on the river bank, and from which a cable, with attached load cell, was connected to the stem of a S. erectum plant.
The screen will show a series of readings, the first being the resistance of the attached load, the second being the battery voltage, the third being the number of puffs since the device was last turned off and the fourth being the last set voltage or wattage.
It usually consists of a block and tackle a combination of one or more fixed pulleys, a moving pulley with a hook or other similar means of attaching loads, and a rope (or cable) between them.
One approach used is to artificially elevate the masses of birds using externally attached loads and measure performance variables such as velocity and take-off angle from video data.
And if the problem is not explosives, it might be narcotics: traffickers will attach a load of drugs in PVC pipe and clip it along the keel under a giant tanker.
It included a wall-mounted frame, a load cell, straps for attaching the load cell to the frame and the subject, a grip dynamometer, an examination table and a computer for feedback and force recording (details can be found at http://www.qmasystem.com).
The frequency of the expander was not imposed by an inverter or the electricity grid but depended directly on the attached generator load; both the electrical load on the generator and the pump rotational speed were varied in order to investigate the performance of the system.
The test used here for mode-III fracture consisted of a simple set-up with two support pins positioned at diagonally opposite corners of specimen and loaded by two pins located at the two remaining corners attached to load frame, as shown in Figure 3(a).
Recently, the full set of shear test results for the plain lipped C- and SupaCee® sections performed at the University of Sydney shows that the post-buckling strength was attributed to TFA which was provided by the increased transverse restraints created by bolted connections attached to loading stiffeners over the full depth of the web panel at the supports and loading point.
Two load cells, attached to the loading actuators (B and C), were used to measure the applied load on top of the beam.
