Uniaxial tensile test is the only test method to verify a cementitious composite is strain hardening or not.

A modified uniaxial tensile test method is presented for ultra-high toughness cementitious composites(UHTCC).

Study has found that direct tension experiments based on adhesive axial tension may adapt to most rock-like materials.

A digital image processing system instead of the traditional displacement sensor data acquisition system was used to the indirect tensile test of asphalt mixtures,and their displacement field and damage form in meso-structure were recorded.

The changing law of Poisson\'s ratio of asphalt mixtures was obtained and analyzed by comparing the results of two measuring methods based on indirect tensile test and uniaxial compression test.

Stress analysis of concrete in uniaxial direct tension;

Experimental research on deformation of rocks in direct tension and compression;

Cycle loading tests of rock samples under direct tension and compression and bi-modular constitutive model;

On the Tensile Failure and Material Failure in the Tensile Test of Metal Material;

A SEARCH FOR TENSILE TEST IN SURVEYING TENSILE STRENGTH OF METAL MATERIAL;

Study on several question existed in tensile test of cold-rolled and twisted bars;

Interlaboratory round robin comparison of tensile testing and the proficiency analysis of plastic indexes;

The internal structure and fracture features in samples 45 steel after tensile testing is perfectly ana- lyzed in this paper.

Under the influence of notch effect,plastic deformation and other mechanical behavior parameters on different section of specimen about plastically metallic material were studied by means of tensile testing.