Sentence examples for increasing the specimen size from inspiring English sources

Increasing the specimen size and exposure temperature decreased the compressive strength and stiffness.

It has experimentally been observed that the finite-life fatigue strength of metallic materials in the high-cycle regime decreases with increasing the specimen size.

Finite element model simulations showed that stress at the crack tip increased as the specimen size increased, which led to larger plastic deformation and more energy being consumed when the specimen fractured.

The experimental results showed that lower flexural performance including flexural strength, normalized deflection capacity, and normalized toughness was obtained with an increase in the specimen size, regardless of w/cm ratio and volume content and type of fibers.

The axial stress-strain responses exhibited differences as the specimen size increased.

The flexural strength of UHPC decreased as the specimen size increased (Table 8).

When the ratio of diameter to thickness increased, the extent of reduction of the hoop stress and the confining effect of the steel tube influenced by the increasing specimen size increased.

The dynamic compressive strength increases with increasing specimen size under impact loading, which is opposite to the size effect under static loading.

The shear resistance decreases and the rate of softening increases with increasing specimen size.

It is shown that reducing the specimen size will increase the specific material strength in small specimens, which cannot be predicted using a conventional damage model.

When the specimen size is increased by one order of magnitude to the meso-scale, the strength is reduced to about 100 MPa (an elastic modulus of about 20 GPa) due to the inclusion of micro-size pores.