Sentence examples for permit variations from inspiring English sources

The model equations describe the flow of the viscous fluid between the die exit and a take-up point and permit variations in film width and film thickness.

Whereas conventional growth models (Growth Curve Modeling, e.g., Structural Equation Modeling) [37] consider a single (mean) trajectory as sufficient to represent the whole population, LCGA permit variations of trajectories in longitudinal data, leading to the description of latent classes that differ in terms of their intercept (initial level), as well as their slope (average growth) [34].

We also specify health facility effects, which permit variations that occur by type of facility.

Furthermore, biosimilar pathways permit variations in pharmaceutical attributes, clinical development approaches, and regulatory outcomes, resulting in further diversity of attributes among approved biosimilars.

For the purposes of this study, the model was converted to Excel and adapted to permit variations in the base and target years and differences in attrition rates and salaries for doctors and nurses/midwives.

The newly developed chemical methods for chemical functionalization of carbon nanotubes, specially modification techniques, permit variation of the electronic properties of the tubes, as well as chemical surface properties.

These were secured to permit variation in flexion angle from 0° to 90°.

The uncoupling of the ball-socket distinction and cell movement supports our hypothesis that the two steps have served as evolutionary 'modules' to permit variation in joint structures.

The basic design of a mechanical seal usually permits variations in balance ratio, through changes in seal face size and shape.

The bidding process, which permitted variations to the preliminary design, favors innovation, allowing for a variety of solutions based on the use of different armor units, and cubipods were finally selected for the main armor layer.

A finite difference procedure that can account for strain-rate effects, both shear and flexural deformations, permits variations in cross-section geometry and strength and loading over the length of a component is proposed to accurately and efficiently analyze the dynamic response of a simply supported structural member under blast loads.