Influence of Solidifying Layer Peeling on Strip Thickness in Roll Casting

Toshio Haga; Hiizu Ochi; Hiroshi Fuse; Hisaki Watari; Shinichi Nishida

doi:10.4028/p-3wVvy4

Paper Titles

Preface

Effect of Cold Rolling and Annealing on Grain Refinement of β-Type Ti-13Nb-1.5Ta-3Mo Titanium Alloy
p.3

Influence of Solidifying Layer Peeling on Strip Thickness in Roll Casting
p.9

Mechanical Properties of Roll Cast AC2A Aluminum Alloy Strips
p.15

Preparation of Functionally Graded Aluminum Alloy Composites with Alumina Dispersant under Gravity Casting
p.23

Microstructural Evolution and Corrosion Behavior of Selective Laser Melted 17-4 pH Stainless Steel
p.31

Analysis and Testing of Infills of 3D Printed Specimens with Varying Infills
p.37

Measurement and Testing of the Effect of Infill on Additively Manufactured TPU Part
p.53

Integration of Machine Learning in Additive Manufacturing for Material Extrusion and Powder Bed Fusion, a Brief Literature Review
p.61

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Influence of Solidifying Layer Peeling on Strip Thickness in Roll Casting

Abstract:

In Al-Si alloy roll casting, the thickness of the foil and strip decreases as Si content decreases below 2 mass%, contrary to the expectation that the latent heat decreases as Si content decreases. This phenomenon was investigated experimentally using a melt spinning single roll caster, melt drag single roll caster, and vertical type high-speed twin roll cater. The results demonstrate that the peeling of the solidification layer influences the thickness of the foil and strip. The relationship between casting conditions and adhesion of the solidification layers was also investigated.