Performance Of The Corrugated Fibreboard In Different Conditions Of Relative Moisture [desempenho Do Papelao Ondulado Em Diferentes Condicoes De Umidade Relativa]

A study was carried out to determine the corrugated board performance at cyclic environment in order to obtain a relationship between relative humidity and the strength loss of corrugated board materials. Linerboards and mediums were made into five combined boards. The combined boards were subjected to bending and compression tests at standard relative humidity and high relative humidity conditions. Creep rate of boards was measured in a cyclic relative humidity as was top-to-bottom creep of tubes made from the combined boards.

Byrd, V.L., Effect of relative humidity changes on compressive creep response of paper (1972) TAPPI, 55 (11), pp. 1612-1613. , Atlanta, Nov

Considine, J.M., Stoker, D.L., Laufenberg, T.L., Evans, J.W., (1992) Compressive Creep Behavior of Corrugating Components as Affected by Humidity Environment, , Madison: Forest Products Laboratory, Project 3686-1

De Ruvo, A., Fellers, C., Engman, C., The influence of raw material and design on the mechanical performance of boxboard (1978) Svensk Papperstidning, 81 (18), pp. 557-566

Gunderson, D.E., Laufenberg, T.L., Apparatus for evaluating stability of corrugated board under load in cyclic humidity environment (1994) Experimental Techniques, 18 (1), pp. 27-31. , Jan./Feb

Jönson, G., (1999) Corrugated Board Packaging. A Pira International Packaging Guide. 2 a Ed., 264p. , Pira International. Leatherhead

Johnson Jr., M.W., Urbanik, T.J., Analysis of the localized buckling in composite plate structures with application to determining the strength of corrugated-fiberboard (1989) Journal of Composites Technology & Research, 11 (4), pp. 121-127

Johnson Jr., M.W., Urbanik, T.J., Buckling of axially loaded, long rectangular paperboard plates (1987) Wood and Fiber Science, 19 (2), pp. 135-146. , Apr

Koning Jr., J.W., Compressive properties of linerboard as related to corrugated fiberboard containers: Theoretical model verification (1978) TAPPI, 61 (8), pp. 69-71. , Atlanta, Aug

Leake, C.H., Measuring corrugated box performance (1988) TAPPI, 71 (10), pp. 71-75. , Atlanta, Oct

Marcondes, J., (1994) An Introduction to Fibreboard Packaging, 164p. , Melbourne: Victoria University of Technology

McKee, R.C., Gander, J.W., Wachuta, J.R., (1963) Compression Strength Formula for Corrugated Boxes, 12p. , Appleton: Institute of Paper Chemistry, Project nr. 1108-4 Report 79

Niskanen, K.J., Kuskowski, S.J., Bronkhorst, C.A., Dynamics of higroexpansion (1994) Conference of Moisture - Induced Creep Behavior of Paper and Board, p. 31. , 1994, Stockholm. Proceedings... Stockholm: STFI

(1992) Symposium - Cyclic Humidity Effects on Paperbord Packaging, 171p. , 1992, Madison. Proceedings... Madison: Forest Products Laboratory

Urbanik, T.J., The principle of load-sharing in corrugated fiberboard (1981) Paperboard Packaging, 66 (11), pp. 122-128. , Chicago, Nov

Urbanik, T.J., (1994) Hygroexpansion-creep Model for Corrugated Fiberboard, 14p. , Madison: Forest Products Laboratory

Urbanik, T.J., Machine direction strength theory of corrugated fiberboard (1996) Journal of Composites Technology & Research, 18 (2), pp. 80-88. , JCTERE, Apr

Urbanik, T.J., Review of buckling mode and geometry effects on postbuckling strength of corrugated containers (1996) ASME - International Mechanical Engineering Congress and Exposition, pp. 85-94. , 1996, Atlanta. Proceedings... Atlanta: ASME

Urbanik, T.J., Lee, S.K., Swept sine humidity schedule for testing cycle effects on creep (1994) Wood and Fiber Science, 26 (4), pp. 134-144

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