Sentence examples for the development of specimen from inspiring English sources

The aim of this study is the development of specimen geometries able to isolate the plane strain state at a controlled level.

For example, the development of specimen holders that are more stable and allow collecting data at slower exposure rates with "resting" periods in between exposures might make biological specimens more impervious to radiation damage (Chen et al. 2008; Karuppasamy et al. 2011).

The result is a sequence of photorealistic artificial images that show the development of the specimen within the interval between observations.

We present a new method for modeling the development of settled specimens with filamentous growth patterns, such as fungi and oomycetes.

Finite element stress analysis predictions used in the development of a test specimen and grips for testing composite tubes under biaxial compression are reported.

This led to the development of a novel specimen geometry, named CT-RES, in which RS are introduced by weld bead deposition far from the region in which fatigue crack propagation (FCP) occurs.

Probably the most useful outcome of this particular study is the identification of general differences between imaging modalities and the development of a test specimen for comparing 3D imaging systems.

Despite the omission of factors such as nutrition, previous studies have noted the development of erosions on the specimen surface even under strictly controlled in vitro conditions.

Furthermore, two stirrup spacings of 150 and 200 mm are used to investigate the development of flexural cracks in specimens with a specified tensile reinforcement ratio and stirrup ratio.

Progress is continuing on the development of innovative miniaturized mechanical property specimens, including fracture toughness and fatigue specimens.

At the microscopic scale, the development of the microcracks on the specimen surfaces increases up to ∼1000 cracks/mm2 with the compression up to the ultimate fracture stress of ∼2200 MPa.