It is necessary to have excipients with excellent functional properties to compensate for the
poor mechanical properties and low aqueous solubility of the emerging active ingredients …

The present study is an approach to describe and predict compaction and tablet properties
by a combination of a set of commonly used mathematical descriptors and multivariate …

The purpose of this work was to investigate the effect of punch speed on the compaction
properties of pharmaceutical powders; in particular, to separate out differences between the …

The present work evaluates the usefulness of “in die” elastic recovery descriptors as an
indicator of tabletability. Tablet elastic recovery (“in die” and “out-of-die”) with respect to …

Tablets produced in the pharmaceutical industry consist of more than one component. The
densification behaviour, the compaction properties of a formulation are strongly influenced …

A parameterization of compaction simulator generated dynamic compression profile with a
few grams of powder provides important information about the material deformation and …

Several pharmaceutical companies are currently developing bi-layer tablets for a variety of
reasons for patent extension, increasing therapeutic activities, to modify the better drug …

The evolution of tableting technology was briefly reviewed and the predictions and
suggestions for the future of this field were made. The factors that would be primarily …

The purpose of the study was to develop a new three-dimensional model using force, time
and displacement to characterize the densification behavior of tableting materials …

The purpose of this work was to investigate how altering the method of force application
could be beneficial to tablet production in order to increase tablet strength and eliminate or …