GENERAL MOTORS Day Three Introduction to Thermal Spray.

Slides:

Advertisements

Similar presentations

NITRIDING Brett Iseneker.

Advertisements

DLC in car engine components Nouman Ahmed

Chapter 3 Engine Operation

Recent Engine Tribological Investigations at Tokyo City University Akemi Ito Associate Professor Automotive Engine Laboratory TriboBr November,

TMC ( Techno Material Corp.)

Today’s Solution QMI 3-Step Fuel System Cleaning.

Camless Rotating Cylinder Engine Project Presentation.

 A cylinders displacement is the volume of the cylinder when the piston is at BDC.  It is the sum of the displacement of each cylinder.  It is.

Automotive Engines Part 2 (Block ).

AUTOMOTIVE ENGINES COMPONENTS DESIGN Unit - 1. Mention classification of engineering materials. The engineering materials are mainly classified as metals.

crdi common rail direct injection by: sahal m mansuri and joshi maulik

Modern Composite Material A material that is made from two or more constituents for added strength and toughness  Glass reinforced plastic (GRP)  Carbon.

Injection Moldable Metal Alloys

1 Start Four Stroke, Two Stroke Diesel, & Wankel Engine Theory and Operation.

Authorized Exporter - Mexico Abrasives Adhesives / Chemicals Electrical Products Worker Safety Tapes APS Airparts Support, Inc. is now an authorized 3M.

Internal combustion engine

Lubrication is the lifeblood of industry Protect your priceless assets … … AMP UP TODAY! Lubrication of the future … today! AMP Advanced Maintenance Program.

IELM215 Manufacturing Processes

Aerospace Materials Quality Control

By Stephen Huse. Outline Abrasion and adhesion description Variables that change the wear rate Variables changed by coatings Surface coating processes.

PHYSICAL PROPERTIES OF MATERIALS Chapter 3. Density Melting point Specific heat Thermal conductivity Thermal expansion Electrical properties Magnetic.

Diesel Power Plant Mr.B.Ramesh, M.E.,(Ph.D) By

ELECTRONIC IGNITION SYSTEMS

Chapter 12 Characteristics of Ceramic Materials. Objectives Divisions of ceramic – clay and glass. Ceramic stock including synthetic materials such as.

Ceramics Mixture of metallic and non-metallic elements (clay products). Traditional: whiteware, tiles, brick, sewer pipe, pottery, and abrasive wheels.

Four- Stroke Small Engines

Nanofocus AG 2012/07/19 Optical process tools for automotive Technical surface characterization to fulfill today’s customer demands 1.

Alodine ® EC 2 General Characteristics: Coating based on Ti electrodeposited oxides from the electrically assisted hydrolysis of metal complexes. Coating.

An Introduction to Materials Technology Foundations of Technology Unit 3.10.

 Earth’s materials are being used up at a quicker rate than they can be replenished  We must find substitutes for common materials  Substitutes should.

HD Engine Tests John Redshaw 11/10/10.

52 RCACS Ground School Engines PO 407 EO 2 “Cooling, Fuel and Lubrication Systems”

CERAMIC ENGINES By: Pinal Shah.. Problems with the current Engines: Less fuel efficient. Pollution. Cannot perform at high temperatures. Requires lubrication.

Uses and importance of Titanium (Ti) Name: Lai Tsoi Yin (6) Ng Tsz Lam (14) Siu Long Ying (18) Tam Ka Yee (19) Class: S.5D.

CERAMICS Amanda Pena Spring Greek word “keramikos” = burnt stuff Traditional ceramics Industrial ceramics HISTORY.

Structure of ceramics Nur Asikin Binti Mohd Nazri Nor Syalmira Binti Amir Nur Afifah Binti Sarkhan Nur Afifah Binti Mohd Rafi

Chapter 41 Lubrication System Fundamentals.

1 Engine Construction. 2  Gasoline engines transform chemical energy of burning fuel into mechanical energy.  A gasoline engine is an internal combustion.

Members ; Siti Sarah Bt Azhar ( ) Nur Marjan Bt Suhaimi ( ) Nurul Afifah Bt Fauzi ( ) Amiera Firzana Bt Mohammad ( ) Alia Syahera.

Common Material Uses – Plastics Polyamides Nylons (sintered) + Heat Stabilized, Flame Retardant, Dimensional Stability, Chemical resistance, High toughness,

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

Thermal Spray Coatings Asst.Prof.Dr. Ali Sabea Hammood Materials Engineering Department Materials Engineering Department Faculty of Engineering Faculty.

CERAMICS. Introduction ~ keramikos - burnt stuff in Greek. ~ Ceramics are inorganic and non-metallic materials that are commonly electrical and thermal.

CHARACTERISTICS OF CERAMIC MATERIALS Chapter 12. Ceramic products made out of clay, an inorganic, nonmetallic solid material that if derived from naturally.

© 2016 Global Market Insights, Inc. USA. All Rights Reserved Thermal Barrier Coatings Market Size, Share, Industry Outlook & Forecast.

Lubricating system Components

FERROUS AND NON FERROUS ALLOYS

CYLINDER BLOCK GROUP FIG 101

NEXGEN HEATING Falmer Thermal Spray Stacy M. Ames, President

A Systems Approach Automotive Technology PowerPoint® Presentation

Clean, Restore & Protect Your Engine

FERROUS AND NON FERROUS ALLOYS

Automobile ENGINE SungBin KIM Min Ju JEON.

Engineering Materials - Ceramics

EME 201 Materials Science INTRODUCTION.

© 2018 Global Market Insights, Inc. USA. All Rights Reserved Electroceramics Market Share Growth Trends and Forecast by 2025.

Ceramic introduction.

UNDERSTANDING VINYL ESTER AND EPOXY TANK LINING PROPERTIES FOR THE POWER INDUSTRY: TIPS FOR OWNERS

Lubricating system Components

COATINGS The total amount of paint sold annually amounts to billions of gallons. In 2000, USA alone manufactured about 3.5 billion gallons of paint. About.

Energy Conversion Engines take heat energy and convert it into mechanical energy. Motors take electrical energy and convert it into mechanical energy.

Ceramic Coating Market Research Report - Forecast to 2023 Industry Survey, Growth, Competitive Landscape and Forecasts to 2023 PREPARED BY Market Research.

Introduction Surface Engineering By Israa Faisal

© 2016 Global Market Insights, Inc. USA. All Rights Reserved Fluoropolymers Additives Market to hit $ 1.9 bn by 2025: Global Market.

Group 5 Organic Ceramics.

Transportation Industry

Presentation transcript:

GENERAL MOTORS Day Three Introduction to Thermal Spray

Day Two Review

Wear Protection Dimensional Restoration Thermal Insulation Corrosion Resistance Oxidation Resistance Lubricative Film Abrasive Activity Seals Biomedical/Dental Activity Electromagnetic Properties Selected Applications

AEROSPACE Industry Trends: Leading Industry in coatingsOver 40,000 Commercial & 25,000 Aircraft Engines (not including Tanks etc.) Leading the way is Fretting Wear Thermal Barriers Seals Dimensional Buildup Selected Applications

AUTOMOTIVE Wear: Pistons Piston Rings Cylinder Bore Fuel Injectors Valve Train Crankshaft “Other” Powertrain Thermal Barriers: Diesels Exhaust Sound Housings Selected Applications

Biomedical Ceramic & Glass Manufacture Marine & Land Base Inter-structure Electronics Production Printing Industry Processing Industries Foundry & Metal Processing Electric Utilities Textile & Plastics OTHER SELECT INDUSTRIES Selected Applications

Thermal Spray Testing Testing and Characterization

Testing and Characterization Methods As Response Generator Testing and Characterization as a Diverse Materials Engineering Opportunity MetallographySectioning Techniques Mounting Materials and Techniques Grinding and Polishing Hardness Tensile Adhesion Powder Testing Testing and Characterization

Sample Cutoff Testing and Characterization

Mounting Press Testing and Characterization

Sample Polishing Testing and Characterization

Optioned Comparison to Photographic Standards No Real Quantitative AnalysisInflight Practical Analysis Still no “Real Time” Coating Buildup Data Testing and Characterization

In-Situ Coating Property Sensor Testing and Characterization