By Richard W. Hertzberg

Up-to-date to mirror contemporary advancements in our knowing of deformation and fracture procedures in structural fabrics. This thoroughly revised reference contains new sections on isostress research, modulus of rupture, creep fracture micromechanicsms, and lots of extra.

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In other materials that are studied in straining tests (cf. Chaps. 5 and 6) we have observed such distinct peaks moving. They indicate a well-defined preferential distance between hard domains instead of an extremely broad distribution of distances. 62 σ= 112 MPa t = 38 min Fig. 8 Tensile test of TPU 205. Chord distribution functions (CDF) computed from SAXS. The pseudo-color fiber patterns |z(r12 , r3 )| show the region −50 nm ≤ r12 , r3 ≤ 50 nm. Straining direction is vertical. Pattern intensities on a logarithmic scale.

Res. Tech. 25, 529–534 (1993) 27. : Tensile tests of polymers at low temperatures in the environmental scanning electron microscope: an improved cooling platform. Scanning 29, 261–269 (2007) 28. : Investigation of the peel behavior of polyethylene/polybutene-1 peel films using in-situ peel tests With environmental scanning electron microscopy. Polymer 49, 5458–5466 (2008) 29. : Tensile tests in the environmental scanning electron microscope (ESEM) part I: polypropylene homopolymers. Polymer 51, 3203–3212 (2010) 30.

Polym. Sci. Part B: Polym. Phys. 42, 4478–4488 (2004) 35. : Molecular orientations and true stress-strain relationship in isotactic polypropylene film. Macromolecules 36, 8066–8073 (2003) 36. : Molecular Orientation behavior of mesomorphic isotactic polypropylene under uniaxial and biaxial deformation. Polym. Eng. Sci. 51, 225–231 (2011) 37. : Time-resolved polymer deformation using polarized planar array infrared spectroscopy. Vib. Spectrosc. 51, 34–38 (2009) 38. : Real-time micro-Raman measurements on stressed polyethylene fibers.

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