The new model is tested using a Monte-Carlo simulation of the grain growth in a 3-D polycrystalline computer specimen which describes both the microtexture and crystallographic texture of the electrical steel.
The slide was loaded into an IVOS version 12.3 microscopy system (Hamilton Thorne Research, Beverly, MA, USA) with the aid of a computer-controlled specimen stage.
Cutting forces are measured and recorded by a computer for standard specimens under various machining conditions.
Loads and vertical deflections were automatically recorded every 3 s using a SYSTEM 5000 data logger connected to a desktop computer until the specimens reached failure.
All isolates from computers and clinical specimens at the same ward showed different pulsotypes.
A weekly laboratory component corresponding to the lectures explores biological concepts through computer simulations, manipulation of specimens, observations and dissections.
Computer tomography scanning of specimens showed large reductions in cracks around the capsules, after resting 4 days at 20 °C.
Computer tomographic scanning of specimens was performed to evaluate stem alignment after surgery.
A new computer aided and multiple-specimen test apparatus have been designed and constructed to simulate load and stress behavior of axial fan blades on the wind tribunes.
This article illustrates early human development, demonstrated by magnetic resonance (MR) microscopy and computer graphics on human embryo specimens, and advanced 3-dimensional (3D) sonography in clinical obstetrics.
