Prof. Jun Yanagimoto (The University of Tokyo)

Slides:



Advertisements
Similar presentations
Production Technology (IND 006)
Advertisements

Fundamentals of Metal Forming Chapter 18
Investigation of Air Mover for Small Volume Spot Cooling Applications Design Group Members: Thomas Staley Andrey Tsinovkin Tuan Le Dan Somlea Faculty Advisor:
Magnesium Research Joe Robson University of Manchester
1 Solutions – Simufact.forming Overview –Simufact Engineering is an internationally operating software company headquartered in Hamburg, Germany providing.
Annealing Processes All the structural changes obtained by hardening and tempering may be eliminated by annealing. to relieve stresses to increase softness,
OMICS Group OMICS Group International through its Open Access Initiative is committed to make genuine and reliable contributions to the scientific community.
INTRODUCTION The ultimate goal of a manufacturing engineer is to produce steel/metal components with required geometrical shape and structurally optimized.
Precipitation, microstructure and mechanical properties of maraging steels Wei SHA Professor of Materials Science
Making Automobiles Lighter A primary concern of auto manufacturers Prof. Prashant P. Date Department of Mechanical Engineering IIT Bombay, Powai, Mumbai.
Purdue University Materials Engineering 1 Professor Kevin Trumble, School of Materials Engineering Goals for this seminar: 1.Prof. Trumble 2.Purdue University.
Mumm Lab Advanced Materials and Structures Laboratory
Lesson #4: Metals and Non Metals
Properties of Nonmetals Located to the right of the stair step line.
Chapter 5.4 Bonding in Metals. Standards: 8.7.c. Students know substances can be classified by their properties, including their melting temperature,
See how the properties of solid metals and their alloys can be explained by the structure of metal atoms and the bonding between those atoms.
Advanced Optical Glasses for Novel Optical Fibers Kathleen Richardson, Clemenson University Research Goundation, DMR The international, multidisciplinary.
Department of Microstructure Physics and Metal Forming Düsseldorf, Germany C. Herrera, D. Ponge, D. Raabe Microstructure and deformation mechanisms of.
MCQ. 1. the process of converting of row material in to finished product using machine is called as __________ a. Finishing process b. Metal cutting process.
1 UNIT – III Ferrous and Non Ferrous Alloys. 2 3 Pure Metals and Alloys Metal that are not mixed with any other materials are known as pure metals. Metals.
Metals All metals belong to one of these two groups.
Chapter 11 Properties and Processing of Metal Powders, Ceramics, Glasses, Composites and Superconductors.
4/27/2018 2:57 AM TOOL STEELS © 2007 Microsoft Corporation. All rights reserved. Microsoft, Windows, Windows Vista and other product names are or may.
CHAPTER 1: INTRODUCTION
Manufacturing Process
Metals All metals belong to one of these two groups.
Metals and Non-Metals – Outcomes
Phase transformation by mechanical milling Partha Protim Chattopadhyay
Prof. Jeongho Han Ph.D. (2015), Yonsei University, Korea
Dr. Byeong-Joo Lee Professor, Department of Materials Science and Engineering, POSTECH Ph.D., (1989), Dept. of Metall. Engineering, Seoul National University.
Name as many metals as you can:
MANUFACTURING PRACTICE
HEAT TREATMENT PROCESS
Chapter 3 Physical Properties of Materials
Production Technology (IND 006)
Bulk and Sheet Metal Forming
Material - Process Selection
EXTRUSION In the extrusion process, metal is compressed and forced to flow through a suitably shaped die to form a product with reduced but constant cross.
MECHANICAL ENGINEERING OF ACCELERATOR COMPONENTS
7G GROUP2 BRIAN GO WILLIAM CO SEAN BRAGANZA GRANT TAN MATTHEW ANG
Metals All metals belong to one of these two groups.
Slides to share MT30001 Sujoy Kumar Kar.
Chapter 5 Power Estimation in Extrusion and Wire-rod Drawing
Group 3 Steels: Eutectoid Composition Steels
Chapter 2 Material and Manufacturing Properties
4.2 Metals and Metallic alloys
What is a metal? Nearly 75% of all elements are metals.
ME ENGINEERING MATERIALS AND METALLURGY
Effects of Elevated Temperatures on Structural Steel
Performance vs. Processing Power:
3.3 Electrically-Assisted Forming Introduction
A BRIDGE WITH VEHICLE LOADS
Main Types of Industrial Material
7G GROUP2 BRIAN GO WILLIAM CO SEAN BRAGANZA GRANT TAN MATTHEW ANG
Four Types of Engineering Materials
Additive Manufacture Founders’ Lecture Tuesday 10th May 2016 – 6pm
METALLIC STRUCTURAL MATERIALS
Properties of Metals, Nonmetals, and Metalloids
Metals, non-metals, metalloids
Selecting materials based on their properties
Classification of Engineering Material
Who We Are A national laboratory within the Minerals and Metals Sector of Natural Resources Canada Manage a national user facility for materials and manufacturing.
Starter 1– Metals and alloys test
Introduction Surface Engineering By Israa Faisal
Chapter 6: Mechanical Properties of Metals
Metals, Non-Metals & Metalloids
Selection Criteria Properties Availability Cost
[ Towards Highly Sustainable Society ]
Mechanical Properties of Metals - I
[ Towards Highly Sustainable Society ]
Presentation transcript:

Prof. Jun Yanagimoto (The University of Tokyo) Ph.D. (1989), Tokyo University Thesis: Complex element method for the metal forming simulations 2003-present Professor, Institute of Industrial Science, The University of Tokyo 1991-2003 Associate Professor, Institute of Industrial Science, The University of Tokyo 1989-1991 Lecturer, Institute of Industrial Science, The University of Tokyo 1994-1995, 1998 Guest Researcher, Aachen University of Technology, Germany • Three-dimensional FE analysis for rolling and extrusion • Microstructure control of product by hot forming using numerical analysis • Semi-solid forming of non-ferrous alloys and ferrous alloys • Measurement of flow stress and microstructure evolution at elevated temperature • Physical and numerical simulation of heavy-reduction rolling to manufacture ultrafine-grained steels • Novel sheet forming for the manufacturing light-weight construction • Forming and joining of non-metallic sheets

Rolling control system with microstructure analysis, Metal Matrix Composite electric wire and Stamping of stainless sheet for heat exchanger I am convinced that university-industry collaboration, which originates from the proposals and idea from the universities, is indispensable at chairs and laboratories in engineering schools and institutes. I will summarize our three latest collaborative investigations with industries which are published in the regular articles: Rolling control system and strategy in 2014, Metal Matrix Composite electric wire in 2015 and Stamping of stainless sheet for small heat exchanger in 2016. Time: May 11th 4:30~5:45pm Location: GIFT Auditorium #101 Speaker: Prof. Jun Yanagimoto (The University of Tokyo) Host: Prof. F. Barlat