Fracture Behavior of Model Toughened Composites Under Mode-I and Mode-II Loadings. (9999)
Sue, H. J., Jones, R. E., Garcia-Meitin, E. I.
The fracture behavior of two model toughened composite systems is investigated using various newly developed microscopic techniques. The mode-I toughness (G(IC)), mode-II toughness (G(IIC)), and...
Effect of Rubber Particle Clustering in Composite Toughening-Model Systems Study. (9999)
Sue, H. J., Garcia-Meitin, E. I., Yang, P. C.
Proteus particle-modified epoxy and hybrid Proteus particle/core-shell rubber (CSR) modified epoxy are used as model systems to study the effect of rubber particle clustering around the fibre/matrix...
Fracture Behaviour of Model Toughened Composites Under Mode I and Mode II Delaminations. (9999)
Sue, H. J., Jones, R. E., Garcia-Meitin, E. I.
The fracture behavior of two toughened epoxy composite systems was investigated using various microscopy techniques. The Mode I delamination fracture toughness, Gic, Mode II delamination fracture...
Microheated substrates for patterning cells and controlling development (2005)
Shu, W.M., Everett, W.N., Zhang, Q.X., Liu, M.H.H., Trigg, A., Ma, Y.X., ...
Here, we seek to control cellular development by devising a means through which cells can be subjected to a microheated environment in standard culture conditions. Numerous techniques have been...
Sue, H. J., Pearson, Raymond A., Yee, A. F.
Two-dimensional Finite Element Method simulations, which involve consideration of the nonlinearity of a material, have been conducted to gain understanding about the rigid-rigid polymer toughening...
Failure mechanisms in alloy of polyamide 6,6/polyphenylene oxide under severe conditions (1991)
Toughening mechanisms of a polyamide 6,6/polyphenylene oxide alloy containing an elastomer tested under a slow rate, an impact rate, and a low temperature have been investigated using various...