(PDF) Development of a Mathematical Model to Predict the

Development of a Mathematical Model to Predict the Effect of Input Parameters on Tablet Feeding Rate of a Vibratory Bowl Feeder

Journal of Production Engineering

doi 10.24867/jpe-2019-01-047

Full Text

Abstract

Available in full text

Date

June 1, 2019

Authors

Publisher

Faculty of Technical Sciences

Related search

Development of a Vehicle–track Interaction Model to Predict the Vibratory Benefits of Rail Grinding in the Time Domain

Journal of Modern Transportation

Electronic Engineering

Computer Science Applications

Mechanical Engineering

English

Propranolol: Pooled Michaelis-Menten Parameters and the Effect of Input Rate on Bioavailability

Clinical Pharmacology and Therapeutics

English

The Influence of Drug Input Rate on the Development of Tolerance to Frusemide

British Journal of Clinical Pharmacology

English

Development of Mathematical Model to Predict the Mechanical Properties of Friction Stir Welded AA6351 Aluminum Alloy

Journal of Engineering Science and Technology Review

English

Mathematical and Numerical Modeling of the Effect of Input-Parameters on the Flushing Efficiency of Plasma Channel in EDM Process

International Journal of Machine Tools and Manufacture

Mechanical Engineering

Manufacturing Engineering

English

The Balanced Vibratory Feeder and Its Application.

Journal of the Japan Society of Precision Engineering

English

Application of a Computer Model to Predict Optimum Slaughter End Points for Different Biological Types of Feeder Cattle.

Journal of Animal Science

English

Development of Early Mathematical Skills With a Tablet Intervention: A Randomized Control Trial in Malawi

Frontiers in Psychology

English

Reduction of Tablet Weight Variability by Optimizing Paddle Speed in the Forced Feeder of a High-Speed Rotary Tablet Press

Drug Development and Industrial Pharmacy

Organic Chemistry

Pharmaceutical Science

English