ENGR 241 – Introduction To Manufacturing Chapter 17: Powder Processing.

Slides:

Advertisements

Similar presentations

Processing of Powder Metals, Ceramics, Glass & Superconductors

Advertisements

Powder Metallurgy, Forming, Machining, and Grinding

Powder Metallurgy Chapter 16

Metal Injection Molded Photonic Device Packaging

HABEEB HATTAB HABEEB Office: BN-Block, Level-3, Room Ext. No.: 7292 H/P No.:

Powder Metallurgy Chapter 16

ME 330 Manufacturing Processes POWDER METALLURGY

UNIT 8: Sheet Metal Forming and Poweder Metallurgy Manufacturing Engineering Unit 8 Copyright © 2012 MDIS. All rights reserved. 1.

Prepared by MetalKraft Industries Powdered Metallurgy : The Basics.

NC State University Department of Materials Science and Engineering1 MSE 440/540: Processing of Metallic Materials Instructors: Yuntian Zhu Office: 308.

Powder Metallurgy Bill Pedersen ME 355. Example Parts.

Chapter 18 Powder Metallurgy EIN Manufacturing Processes Spring, 2012

1 Near Full Density As Sintered Powdered Metal (P/M) Parts Produced From Water Atomized Powder With Properties Comparable To Wrought Steel Richard R. Phillips.

Chapter 10IT 2081 Powder Methods of Change of Form Chapter 10.

UNIVERSAL COLLEGE OF ENG. & TECH Powder Metallurgy Nisarg Mehta

MECH152-L22-1 (1.0) - 1 Powder Metallurgy. MECH152-L22-1 (1.0) - 2 Typical Parts.

Presentation on Powder Methods VIJAY 2008AMD2925.

1 CHAPTER 13 POWDER METALLURGY. 8/1/2007ME 340 POWDER METALLURGY 2 I NTRODUCTION Powder Metallurgy is a manufacturing method to produce components by.

Sintering By Robert Hamilton. Introduction Sintering is a method for making objects from powder, by heating the material in a sintering furnace below.

ME 355 Sp’06W. Li1 POWDER METALLURGY SUBMITTED BY : P MUKESH KUMAR TH SEMESTER MECHANICAL ENGINEERING C. V. RAMAN COLLEGE OF ENGINEERING.

© Pearson & GNU Su-Jin Kim Powders, Glasses Manufacturing Processes Powders metallurgy( 분말금속 ) Ceramics( 세라믹 ) Glasses( 유리 ) Associate Professor Su-Jin.

POWDER METALLURGY INTRODUCTION Powder metallurgy is the name given to the process by which fine powdered materials are blended, pressed into a desired.

Powder Metallurgy Engr. Qazi Shahzad Ali.

ME 330 Manufacturing Processes POWDER METALLURGY.

Prof. J Viplava Kumar MME,MGIT

Tutorial: Engineering technology Topic: Sintered metallic materials Prepared by: Ing. Elena Nová Projekt Anglicky v odborných předmětech, CZ.1.07/1.3.09/

CHAPTER 5 Ferrous Metals and Alloys: Production,

EPM1 High Density Stainless Steel By Richard R. Phillips Engineered Pressed Materials Dennis Hammond Apex Advanced Technologies.

Manufacturing Engineering Technology in SI Units, 6th Edition Chapter 17: Powder-Metal Processing and Equipment Presentation slide for courses, classes,

ME 330 Manufacturing Processes POWDER METALLURGY

DT Materials and Processes in Design

Chapter 2 Matter and Change Section 2.1 Properties of Matter.

Elements, Compounds and Mixtures

Features favoring PM Small Size Geometry - Flat surfaces with few thicknesses - Straight side walls (constant cross-section) - surface finish and precision.

Chapter 18 Powder Metallurgy (Review) EIN 3390 Manufacturing Processes Summer A, 2012.

BONDING UNIT ATOMS, ELEMENTS, MOLECULES, COMPOUNDS AND MIXTURES NOTES.

Manganese as a primary alloying element Dennis Hammond –Apex Advanced Technologies Richard R. Phillips – Engineered Pressed Materials.

Manufacturing Processes

Metals GROUP 2.

Chapter 1: Chemistry is a Physical Science.  What is chemistry?

Introduction to Manufacturing Processes Pt. 2 © 2012 Project Lead The Way, Inc.Principles Of Engineering.

Engineering Doctorate Characterisation Of Powders.

. POWDER METALLURGY The Characterization of Engineering Powders Production of Metallic Powders Conventional Pressing and Sintering Alternative Pressing.

Chapter 18 Powder Metallurgy (Review) EIN 3390 Manufacturing Processes Summer A, 2011.

Powder metallurgy and welding.

UNIT III Bulk Deformation Process. Bulk Deformation Processes Characterized by significant deformations and massive shape changes "Bulk" refers to workparts.

Chapter 2 Matter and Change Section 2.1 Properties of Matter.

18.1 Introduction Powder metallurgy is a process by which fine powdered materials are blended, pressed into a desired shape, and then heated to bond.

Properties of Matter 3.1. Quick Review  Matter is anything that: a) has mass, and b) takes up space  Mass = a measure of the amount of “stuff” (or material)

1 Teaching Innovation - Entrepreneurial - Global The Centre for Technology enabled Teaching & Learning, N Y S S, India DTEL DTEL (Department for Technology.

POWDER METALLURGY. INTRODUCTION Earliest use of iron powder dates back to 3000 BC. Egyptians used it for making tools Modern era of P/M began when W lamp.

Heat Treating Processes

Powder Metallurgy Processing 1 Contents 1. Introduction of Powder Processing 2. Synthesis and Production 3. Mixing 4. Characterization Methods 5. Shaping.

POWDER METALLURGY NAMEENROLLMENT NO. MANANI RAVI D PATIL YOGESH R HADIYA FORMAL B CHOUDHARI KULDEEP

Kaunas University of Technology Department of Mechanical Engineering and Design T450M105 HIGH TEMPERATURE MATERIALS INTERMETALLICS Professor Submitted.

Material science & metallurgy

Automobile Engineering Bhagwan Mahavir College of Engineering and Technology Developed By :- Kothiya Kaushik V ( ) Project Guide :- Mr. Tapan.

POWDER METALLURGY PROCESS

Sankalchand Patel College Of Engineering

BONDING UNIT ATOMS, ELEMENTS, MOLECULES, COMPOUNDS AND MIXTURES NOTES.

Starter – What do you think this might be

MSE 440/540: Processing of Metallic Materials

Chapter 14 Part 3.

LUKHDHIRJI ENGINEERING COLLEGE

POWDER METALLURGY Enroll No. :

SUPERSiC® SILICON CARBIDE

MSE 440/540: Processing of Metallic Materials

Introduction to Manufacturing

Presentation transcript:

ENGR 241 – Introduction To Manufacturing Chapter 17: Powder Processing

Powder Metallurgy Consists in compacting metal powders into an specific shape (dies), and heating them (without melting) to impart strength.

Powder Metallurgy Process Steps powder production blending compaction sintering finishing operations

Powder Production Atomization liquid-metal broken up by jets of gas, air or water. Reduction fine metallic oxides are turned into metallic particles. Electrolytic Deposition metal immersed in aqueous solutions or fused salts.

Powder Production (Cont.) Carbonyls reaction with carbon monoxide Comminution mechanical pulverization Mechanical Alloying impact alloying

Blending of Metal Powders Use to impart special physical and mechanical properties/characteristics Uniformity Lubricants (improve flow) Pyrophorism (high surface-area to volume ratio).

Compaction of Metal Powders Powders are pressed into shapes (dies) using hydraulic or mechanical presses. Green compacts (pre-forms at room temp) 24% porosity (in theory) MIM

Sintering Compressed metal powders heated in a controlled atmosphere. Bonding of particles. Temperature, time, and atmosphere. Usually carried at 70 to 90% of the melting point of the metal or alloy.

Finishing Operations Impregnating (oil) Infiltration (porosity) Heat treatment Machining Grinding Plating Forging (Coining)