Lecture 1-3.pdf

Info icon This preview shows pages 1–8. Sign up to view the full content.

View Full Document Right Arrow Icon
ME 361A Manufacturing Science and Technology Dr. Arvind Kumar Liquid Metals Group Dept. of Mechanical Engineering IIT Kanpur [email protected]
Image of page 1

Info iconThis preview has intentionally blurred sections. Sign up to view the full version.

View Full Document Right Arrow Icon
Content Introduction to Manufacturing Involving Liquid Materials: Principles of solidification, Introduction to fluid flow and microstructure – solidification transport phenomena, Relevance to casting, welding and other melting/solidification processing Casting (A) Casting process - Overview (B) Solidification Transport Phenomena: solidification transport phenomena involved in a casting process (mass and heat transfer, fluid dynamics, mushy zone). - Defects analysis-causes and remedies, Understanding the role of solidification transport phenomena in the formation of these defects (C) Casting design by controlling the accompanied heat transfer, fluid flow and solidification-shrinkage, feeding, gating, filling (D) Case studies of different casting processes - More applications of melting/solidification principles in manufacturing, energy and others Welding and Joining Processes (A) Welding process (B) solidification transport phenomena involved in a welding process - Defects analysis-causes and remedies, Understanding the role of solidification transport phenomena in the formation of these defects (C) Welding design Fundamentals of 3d Printing and Laser Materials Processing Dr. Arvind Kumar Liquid Metals Group IIT Kanpur 2
Image of page 2