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Conference papers
Stiffness and strength properties of five paperboards and their moisture dependency, 19PaperCon
Stiffness and strength properties of five paperboards and their moisture dependency, 19PaperCon
Conference papers
Mesoscale Liquid Absorption Properties of Towel Papers, 19PaperCon
Mesoscale Liquid Absorption Properties of Towel Papers, 19PaperCon
Conference papers
New Lignin Management Program Improves Strength and Performance in Virgin Containerboard, 19PaperCon
New Lignin Management Program Improves Strength and Performance in Virgin Containerboard, 19PaperCon
Conference papers
Control System Improves Reliability and Safety of Recovery Boilers, 19PEERS
Control System Improves Reliability and Safety of Recovery Boilers, 19PEERS
Conference papers
Bleach Plant Scale Control Best Practices to Minimize Barium Sulfate and Calcium Oxalate Scale, Down Time and Cost, 19PEERS
Bleach Plant Scale Control Best Practices to Minimize Barium Sulfate and Calcium Oxalate Scale, Down Time and Cost, 19PEERS
Conference papers
Combustion System Upgrade on CKPI’s Biomass-Fired Boiler, 19PEERS
Combustion System Upgrade on CKPI’s Biomass-Fired Boiler, 19PEERS
Conference papers
TURBOSCRUBBER® - BLEACH PLANT SCRUBBER APPLICATION, 19PEERS
TURBOSCRUBBER® - BLEACH PLANT SCRUBBER APPLICATION, 19PEERS
Conference papers
Minimizing Variations on the Yankee Dryer, 19TissueCon
Minimizing Variations on the Yankee Dryer, 19TissueCon
Journal articles
Magazine articles
Creasing severity and reverse-side cracking, TAPPI Journal April 2020
ABSTRACT: Crease cracking can be detrimental to the functionality and appearance of paperboard-based packaging. The effect of creasing severity on the degree of reverse-side crease cracking (bead-side of the crease) of paperboard was investigated. Samples were creased with a range of rule and channel geometries, and the cracking degree was quantified as the percent of cracked length relative to the total length of the crease. The cracking degree was typically below 5% at low crease penetration depths, but was exponentially higher beyond a critical penetration depth. A rule and channel combination with a wider clearance shifted the critical depth to larger values. The creasing severity parameter, termed the creasing draw, converged the cracking degree data from different rule and channel combinations to a single curve. The creasing draw was derived from the same analytical expres-sions as the transverse shear strain and quantifies the length of paper that is drawn into the channel during creasing. The critical draw is defined as the draw at which cracking becomes greater than 5%, which corresponds with the point at which cracking becomes exponential. The critical draw is a material/system parameter that defines the level below which cracking is minimal.
Journal articles
Magazine articles
Increased dryness after pressing and wet web strength by uti
Increased dryness after pressing and wet web strength by utilizing foam application technology, November 2016 TAPPI JOURNAL