crosshead

Examples

• All

• During testing, the crosshead's movement was monitored to ensure it was functioning correctly within the specified parameters.

• Instead, 10 seconds were needed for the crosshead to reach the target load.

  Academic text (2000)

• An Instron crosshead speed of 100 mm/min was used to apply the load.

  Academic text (1996)

• A shearing test cell with a crosshead speed of 250 mm/s was used.

  Academic text (2015)

• Data collection included the peak load, load-time history, and the excursion of the crosshead.

  Academic text (2000)

• The system was configured in its compression mode to measure and record the displacement of the crosshead and the load applied to the headrest system.

  Academic text (1996)

• Data from the load cell and crosshead movement, such as the maximum displacement and the peak applied loads, are collected and displayed on the Instron computer.

  Academic text (2000)

• The computer controls the speed with which the load is applied (in/s), the magnitude of the load, and the direction in which the crosshead moves (compression versus tension).

  Academic text (2000)

• As shown in Figure 7a, the CGSS aligned with the load cell of the Instron, and the crosshead moved downward, applying the load to the horizontal crossbar.

  Academic text (2000)

• The Instron is designed to test materials in either compression or tension up to 11,236 lb (50 kN) and consists of a base, a computer-controlled crosshead with a load cell, and a plotter to record data.

  Academic text (2000)

Surface Forms

Morphology

Etymology