Apart from creep testing, the samples were measured with maximum load of 9800 μN at different constant loading rates ranging from 1 × 10-2 to 1 × 100/s without holding.
Although according to the results of the parallel analysis a one factor solution described the responses to all items, we used the PHQ-9A as a measure with maximum uni-dimensionality, thereby providing a more concise estimate of the characteristic being measured by the R-SMS-DS than the total score.
The expression of CCND1 was measured with Maxima SYBR Green (Fermentas Inc., Burlington, ON, Canada) and the CFX96 q-RT-PCR detection system (Bio-Rad Landratories Inc). and was normalized to the β-Actin reference gene.
The approach developed enables selecting economically feasible security measures, or a combination of such measures with a maximum net present value, within the budget constraints of a chemical plant.
Fatigue limit criteria based on the linear combination of these measures with the maximum hydrostatic stress were applied to experimental data including: axial torsional, biaxial tension and plane stress tests performed under harmonic and non-harmonic, synchronous and asynchronous waveforms.
Distances between these landmarks were measured along with maximum amplitude of deviation from an imaginary midline in coronal view.
Good agreements are noticed between the calculated and measured results with maximum relative differences less than 7%, 4% and 4% in the x, y and z directions respectively.
Before and after RT, muscle strength was measured with the maximum voluntary contraction and one repetition maximum, while MRI measured muscle, fat, and bone volume.
Before and after RT, muscle strength was measured with the maximum voluntary contraction (MVC) and one repetition maximum (1RM), while magnetic resonance imagining (MRI) measured muscle, fat, and bone volume.
The maximum productivity of 5.12 kg within 7 h in a day was measured with the maximum average solar insolation of 626.8 W/m2 and the absorber wall temperature of 150.7 °C.
