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Shock Pulse Filtering Evaluation On Package Size And Cost, Matthew P. Daum Ph.D.
Shock Pulse Filtering Evaluation On Package Size And Cost, Matthew P. Daum Ph.D.
Journal of Applied Packaging Research
Distribution packaging design often relies on cushion curves to determine required material thickness needed for product protection during shipment. The material thickness chosen based on cushion curves establishes overall package size, a key determiner of logistics costs. Cushion curves are constructed by dropping a mass onto a cushion, and interpreting the resulting shock pulse deceleration. The reported deceleration can be highly influenced by applying a “filter” to the shock pulse, a useful standar d prac - tice that removes unwanted high frequency elements superimposed on top of the basic shock pulse shape. Standard test methods for generating cushion curves generally …
Load Securement And Packaging Methods To Reduce Risk Of Damage And Personal Injury For Cargo Freight In Truck, Container And Intermodal Shipments, Paul Singh, Jay Singh, John Antle, Erin Topper, G. Grewal
Load Securement And Packaging Methods To Reduce Risk Of Damage And Personal Injury For Cargo Freight In Truck, Container And Intermodal Shipments, Paul Singh, Jay Singh, John Antle, Erin Topper, G. Grewal
Journal of Applied Packaging Research
This paper is the fourth paper in a series of papers that analyzed results from a major damage assessment study that examined challenges products endure during shipping and handling in the mixed-load and less-than-truckload (LTL) logistics environments. The previous three papers are specific to various commodities, such as televisions, appliances, furniture, machinery, doors and windows, and paint products. These products are known to represent high levels of freight damage and corresponding claims to carriers. Products of different sizes and weights are loaded into trailers using various methods both mechanical and manual, by various algorithms to best weigh or cube out …