By G. K. Batchelor
Sir Geoffrey Ingram Taylor (1886-1975) used to be a physicist, mathematician and specialist on fluid dynamics and wave thought. he's largely thought of to be one of many maximum actual scientists of the 20 th century. throughout those 4 volumes, released among the years 1958 and 1971, Batchelor has amassed jointly virtually 2 hundred of Sir Geoffrey Ingram Taylor's papers. The papers of the 1st 3 volumes are grouped nearly by means of topic, with quantity IV collating a couple of miscellaneous papers at the mechanics of fluids. jointly, those volumes permit an intensive exploration of the breadth and variety of Sir Geoffrey Taylor's pursuits in the box of fluid dynamics. on the finish of quantity IV, Batchelor offers the reader with either a chronological checklist of the papers offered throughout all 4 volumes, and a listing of Sir Geoffrey Taylor's different released articles, finishing this actually helpful examine and reference paintings.
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Salmén, and M. Rigdahl, eds. 1984 seminar on progress in paper physics (Stockholm: Svenska Träforskningsinstitutet (STFI)-Meddelande A969), pp. 1–27. Baum, G. , Brennan, D. , and Habeger, C. C. (1981). Orthotropic elastic constants of paper. Tappi. 64(8), 97–101. Fellers, C. (1980). The significance of structure on the compression behavior of paper. Doctoral dissertation. Royal Institute of Technology, Stockholm, Sweden. , and De Ruvo, A. (1983). An investigation of the biaxial failure envelope of paper.
Orthotropic elastic constants of paper. Tappi. 64(8), 97–101. Fellers, C. (1980). The significance of structure on the compression behavior of paper. Doctoral dissertation. Royal Institute of Technology, Stockholm, Sweden. , and De Ruvo, A. (1983). An investigation of the biaxial failure envelope of paper. Presented at the British Paper and Board Industry Federation, “The Role of Fundamental Research in Papermaking Symposium,” vol. 2, September 1981, Cambridge, UK (London: Mechanical Engineering Publications), pp.
Fig. 25 Cross-machine direction shrinkage that occurred from the forming section to dry paper on a commercial newsprint paper machine (a) and office paper machine (b). Reproduced from Niskanen (1993) with permission from Paperi ja Puu Oy. References 25 The CD drying shrinkage has a parabolic profile across the web (Fig. 25). The edges of the web shrink without any constraint, while in the center of the web shrinkage is partially prevented by adhesion or friction against the drying cylinders. This results in parabolic profiles of material properties and web tension.