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Molecular Pharmaceutics|July 14, 2025
Interaction-Based Model to Predict Tensile Strength of Compacted Mixtures from Individual Component DataPradeep Valekar, Ira S BucknerJournal of Pharmaceutical Sciences|January 6, 2026
Explaining the underlying causes of different tabletability classifications of binary mixturesPradeep Valekar, Ira S BucknerJournal of Pharmaceutical Sciences|September 27, 2025
Comparing the applicability of mixing rules to predict the tensile strength of compacted mixturesPradeep Valekar, Ira S BucknerJournal of Pharmaceutical Innovation|January 1, 2026
Chewable Tablets for Precise Unit Dosing of AnimalsReese E Landes, Pradeep Valekar, Muslim Abbas, et al.Journal of Pharmaceutical Sciences|June 25, 2019
Co-Processed Particles: An Approach to Transform Poor Tableting PropertiesRahul Roopwani, Ira S BucknerJournal of Pharmaceutical Sciences|December 28, 2020
Understanding Deformation Behavior and Compression Speed Effect in Gabapentin CompactsRahul Roopwani, Ira S BucknerInternational Journal of Pharmaceutics|June 1, 2011
Understanding deformation mechanisms during powder compaction using principal component analysis of compression dataRahul Roopwani, Ira S BucknerJournal of Pharmaceutical Sciences|December 13, 2016
Full Out-of-Die Compressibility and Compactibility Profiles From Two TabletsJeffrey M Katz, Ira S BucknerJournal of Pharmaceutical Sciences|June 15, 2012
Characterizing compaction-induced thermodynamic changes in a common pharmaceutical excipientDale Eric Wurster, Ira S BucknerInternational Journal of Pharmaceutics|September 19, 2012
Characterization of strain rate sensitivity in pharmaceutical materials using indentation creep analysisJeffrey M Katz, Ira S BucknerPageof 3