Search

TAPPI Journal Summaries, Paper360º January/February 2019

TAPPI Journal Summaries, Paper360º January/February 2019

ASPI News, Paper360º January/February 2019

ASPI News, Paper360º January/February 2019

Mondi Group: ´Paper Where Possible, Plastic When Useful’, Paper360º November/December 2019

Mondi Group: ´Paper Where Possible, Plastic When Useful’, Paper360º November/December 2019

Digitalization Rolls Out at DS Smith Mills Across Europe, Paper360º September/October 2021

Digitalization Rolls Out at DS Smith Mills Across Europe, Paper360º September/October 2021

Project Wolfpack Springs to Life, Paper360º September/October 2021

Project Wolfpack Springs to Life, Paper360º September/October 2021

Containerboard: Markets and More, Paper360º January/Februar

Containerboard: Markets and More, Paper360º January/February 2017

Assessing variation in package modeling, TAPPI Journal April 2021

ABSTRACT: Predictions from empirical models are affected by variability in the input parameters for the data set used to build the models. For corrugated boxes, the difference between actual and modeled compression strength creates a real cost associated with box production, often resulting in boxes that may need to be over-designed to compensate for a lack of model precision. No work to date has attempted to assess the limitation in these compression estimates due to input parameter testing variability. In this paper we approach that problem, initially for the McKee equation and then conceptually for other box models. For our industry to do a better job at meeting the needs of our corrugated packaging customers, we need to reduce the variation in the tests we all rely on, particularly for evaluating material strength (edge crush test [ECT]) and package compression performance (box compression test [BCT]).

The Conversion of Corra Gator-Boardy, Paper360º January/February 2023

Chicago TAPPI is All About Corrugated, Paper360º January/February 2023

PM Upgrade Requires a Comprehensive Condition Monitoring Solution, Paper360º January/February 2023