Aluminum ET Seminars

Aluminum Extrusion Technology Seminar (2004)

Explore the topics covered at Aluminum Extrusion Technology Seminar 2004, including extrusion processes, equipment management, and more.

Aluminum Extrusion Technology Seminar (2004)

May 18-21, 2004, Orlando, Florida

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aluminum extrusion trchnology seminar 2004

Volume I – Brief Contents

  • Extrusion Process
  • Extrusion Equipment
  • Management Issues

 EXTRUSION PROCESS

  • Isothermal Extrusion of Aluminum Alloys
  • Control of Grain Structure in Al-Mg-Si Extrusions

Metal Flow

  • Upset
  • Measurement of Pressure and Friction on the Container Surface During Aluminum Hot Extrusion
  • Study on Metal Flow in Extruded Billet
  • Metal Flow in Billets of Thin-Walled Extrudates
  • An Investigation of Size Effects in Miniature Hot Extrusion

Peripheral Coarse Grain

  • Prediction of Static Recrystallization During Shaped Extrusion
  • Application of FEM to Modeling of Multi-Hole Die Extrusion
  • Analysis of Peripheral Coarse Grain Recrystallization in 6xxx Aluminum Alloy Extrusion
  • Effects of Extrusion Parameters on Coarse Grain Surface Layer in 6xxx-Series Extrusions
  • Microstructural Gradients Near the Surface of Large 6xxx Aluminum Extrudates
  • Thermomechanical Modeling of Coarse Grain Formation of Al-Mg-Si Alloy During Extrusion
  • Prediction of Flow Stress and Recrystallization by the Finite Element Method During the Hot Extrusion of Aluminum Alloys
  • Prediction of Extruded Microstructures Using Experimental and Numerical Modeling Techniques

Metallurgy/Measurement

  • A Methodology for Quantitative Three-Dimensional Comparison of Experimental and Computer Simulated Microstructural Textures of 6xxx Aluminum Alloys
  • Thermomechanical Effects of the Presence of Magnesium–Silicide in 6xxx Alloys at Extrusion Temperatures
  • The Process of Gaining Extrusion Speed in 6xxx-Series Alloy
  • The Role of Metallography in the Characterization of Aluminum Extrusion Defects and Failures

Temperature Measurement

  • Thermal Management Practices for Aluminum Extrusion
  • Integrated Extrusion Thermometry and the Measurement of Quench Rate
  • Real Temperature Parameters for Isothermal Extrusion

Extrusion Process

  • HyperXtrude/Process – Extrusion Process Optimization Software
  • Effect of Section Thickness on Magnitude of Shape Variations During Cooling of Flat, Extruded Sections
  • Studies of the Effects of Flow Imbalance on Shape Variations in Aluminum Extrusion by use of Lagrangian FEM Software
  • Evaluation of the Applicability of a Thermomechanical Model to Industrial Extrusion Experiments of AA6063
  • A Manufacturing Flow-Path Simulation of the Microstructure Evolution of 6260 Aluminum Alloy During Extrusion Processing
  • Temperature Changes and Their Effect on Deformation During Extrusion Using FEM
  • Results of an Investigation of Forward and Backward Extrusion with FEM Program QForm

EXTRUSION EQUIPMENT

  • The Analysis of a Fatigue Failure of a Large Indirect Aluminum Extrusion Press Container Mantle

Container

  • Tool Steel and Design of Modern Containers for Extrusion of Light Metal
  • New Developments in the Design and Production of Container Assemblies
  • Thermal Control of the Extrusion Press Container

Presses

  • Catastrophic Failure: A 48-Hour Remedy
  • Building a “Green Field” Extrusion Plant in the 21st Century
  • Front-Loading Technology with Tandem Cylinder Design for High Precision Extrusions
  • Special Purpose Extrusion Press for the Production of Curved Profile
  • The Extrusion Press Line for 2024: A Forecast
  • The Maintenance of Extrusion Presses With Specific Reference to Press Tooling

Controls

  • Upgrading Extrusion Presses with Variable Frequency Drives
  • Practical Non-Contact Temperature Measurement for Gas-Fired Billet Heating Furnaces
  • Automation System for Production Optimization in Aluminum Extruder Plants, Based on Temperature Measurement and Control

Induction/Billet Temperature

  • Process Control Improvements for Single Billet Induction Heaters
  • Induction Heating of Aluminum Billets Using Superconductors
  • Progress in Single-Billet Induction Heaters for Light-Metal Extrusions Works
  • Improvements in Modern Heating Techniques for the Extruder
  • Influence of Log and Billet Temperature Gradients on the Productivity of Extrusion Plants – Theoretical Considerations and Practical Results

Quench

  • Advantages of a “Special Nozzles” Cooling Tunnel
  • High Performance Quenching: Maximum Performance in the Minimum Space
  • A New Horizontal Plant Concept for the T6 Treatment of Hard Alloy Extrusions

Handling

  • Flying Cut Puller Without Hand-Off
  • Technical Textiles for Extrusion Handling Systems: Introducing High Tech While Avoiding Basic Mistakes
  • Innovative F.T.S. Three Puller – Automatic Stretcher System

Age Ovens

  • Continuous Aging Oven for Extruded Profiles in Aluminum Extrusion Plants
  • “Moby Dick” Innovative Continuous Aging Oven for Extruded Profiles

MANAGEMENT ISSUES

  • The Effects of Globalization on the Aluminum Extrusion Industry

Globalization

  • Business Opportunities for Aluminum Extrusions in China
  • Aluminum Profile Industry in China
  • High Quality Extrusions for Railway and Urban Transit Applications in China
  • Aluminum Extrusion Industry in India – Challenges & Opportunities
  • Extrusion Equipment Upgrades for Maintaining Leadership Status in India
  • Aluminum Industry Standards for Extrusions

Safety and Education

  • Extrusion Hazards and Risk Reduction
  • The Aluminum Industry.s Efforts to Prevent Molten Metal Explosions
  • Practical Application of the Future European Extrusion Safety Standard EN 14656 in an Existing Plant near Barcelona
  • Bringing Technical Materials Engineering and Aluminum Information to the K-12 Community

Operation Management

  • Managing the Performance of Extrusion Plant
  • Process and Quality Improvements by Implementation of ISO/TS 16949 in Extrusion Plants
  • The Nine Principles for Best-in-Class Quality
  • Die Correction?
  • Using the Feed-Forward Concept to Integrate and Optimize the Extrusion Process, Die Design, and Management Process
  • Technical Solutions for the Aluminum Extrusion Industry
  • Meeting Today.s Market Challenges Through Strategic Equipment Investments

Volume II – Brief Contents

  • Billet Process and Equipment
  • Die Design and Technology
  • Value-Added Processes

BILLET PROCESS AND EQUIPMENT

  • New Technology – Improving Billet Casting and Extrusion Performance

Billet Casting

  • Advantages of Vertical Bonded Particle Filter Technology in Extrusion Billet Casting
  • The Ultimate Extrusion Scrap Remelt and Casting System

Metallurgy

  • Extrudability and Mechanical Properties of Alcan’s High Performance Al-Mg-Si Alloy
  • Predictive Metallographic Assessment of Extrudability and Comparative Testing of 6xxx Aluminum Alloy Billets
  • Performance of 6xxx Series Alloys Designed for Improved Extrudability and Strength

Homogenization

  • A Model of the β-AlFeSi to α-Al(FeMn)Si Transformation During Homogenization in 6xxx Alloys
  • A Modern View of the Thermodynamics and Kinetics of the Magnesium-Silicide

Billet Processing

  • Use of Boron Nitride Coatings with Aluminum Casting Technology
  • Almech: A Computer Program for Alloy Selection and Extrusion Process Improvement
  • Features of Extrusion of Al and Mg Alloys for Production of Billets with Improved Strength, Plastic and Technological Properties

Molten Metal Treatment

  • The Pechiney Jetcleaner – New Equipment Technology for “In-Line” Treatment of Molten Aluminum Alloys
  • Techniques for Removing Sodium from Molten Aluminum
  • Benefits with Electromagnetic Pumping Technology in Extrusion Alloy Melting Furnaces
  • The Casthouse Safety Program

Equipment

  • Traveling Billet Homogenizing Furnace
  • Compact Type Remelt Plant for Contaminated Scrap Using Latest Melting Technology

DIE DESIGN AND TECHNOLOGY

  • Effect of the Convex Die Geometry on the Process Parameters During Extrusion

Finite Element Method

  • Finite Element Method (FEM) Investigations for Practical Extrusion Issues — Extrusion Process for Complex 3-D Geometries; Pocket Die Designs; Transverse Weld Phenomenon
  • Analysis and Design Optimization of Aluminum Extrusion Dies
  • Prediction of Material Flow Pattern in the Hot Extrusion of Aluminum Alloys by the Finite Element Method
  • Microstructural Evaluation of Convex Die Extrudates
  • Experimental and Numerical Investigations of Aluminum Extrusion Through Pocket Dies
  • Numerical Simulation of Behavior of Weld-Pocket Dies during Extrusion of Thin-Walled Solid Sections
  • Consideration of Surface Formation and Cracking and Control by Isothermal Extrusion; Simulation of These Factors by the Finite Element Method (FEM)
  • Evaluation of a New Finite Element Method (FEM) Criterion for Seam Welds Quality Prediction in Aluminum Extruded Profiles
  • 3-D Finite Element Method (FEM) Simulation System for Optimization of Profile Extrusion
  • Integration of 3-D Finite Element Flow Modeling in Extrusion Tool Conception and Fabrication

Practical Design

  • Die Design – The Next Generation
  • The Effect of Die Type and Die Design on Heat Generation and Productivity when Extruding AlMgSi Alloys
  • Integrated Computer-Aided Extrusion Hollow Die Design Methodology
  • Introducing Simulation Technology to Die Design

Technology in Practice

  • Use of Tribology to Improve Performance and Quality in Aluminum Extrusion
  • The Fixed Dummy Block
  • Die Heating in Production
  • The Single-Cell Die Oven
  • Automated Polishing and Cleaning of Aluminum Extrusion Dies
  • Study of Cost Savings in Die Trial and Die Correction With New Inspection Technologies
  • Software Application for the Management of Profiles, Backers, and Bolsters
  • Weight Per Meter Control Through Accurate Die Aperture Size

Surface Treatment and Materials

  • Deposition of Hard Films on Hot-Work-Steel Dies for Aluminum Extrusion
  • CVD Coating Technology for Increased Lifetime of Aluminum Extrusion Dies
  • Nitriding of Extrusion Dies: Problems and Solutions
  • Extrud-ALTM — An Alternative Approach to Nitrogen Die Cooling
  • Modern Extrusion Die Hardening and Nitriding
  • Ni3Al-Based Composites as Alternative Die Materials for the Extrusion of Hard Aluminum Alloys
  • Fundamentals of Advanced Aluminum Extrusion Processes

VALUE-ADDED PROCESSES

  • Wider Extrusions at Lower Cost by Friction Stir Welding

Welding

  • Friction Stir Welding Tools and Techniques for Welding Aluminum Extrusions
  • Promoting the Use of Aluminum Extrusions within the Welding Fabrication Industries

Extrusion

  • Changes to Extrusion Application Design in the Aluminum Design Manual 2005
  • Manufacturing Process of Curved Extrusions for Aluminum
  • Production of High-Curved Extruded Profiles Directly During the Extrusion Process
  • Effect of Stretching on Extrusions for Residual Stress and Distortion
  • Industrial Experience of Caustic Soda Recovery Integrated with Automatic Die Cleaning
  • Enhanced Tool Lubrication Systems

Fabrication

  • Manufacture of Continuously Reinforced Profiles Using Standard 6060 Billets
  • Improving Thermal Performance in Structural Fenestration Products
  • New Advanced Automation in Extrusion Working and Assembly
  • Design and Fabrication of Aluminum Automobiles
  • A CNC Machining Center for Processing Aluminum Profiles for the Train Industry

Anodizing

  • Outdoor Exposure Performance of Anodized Finishes
  • A New Economic Two-Step Coloring Process for Bronze and “Stainless Steel” Colors
  • Anodized Architectural Aluminum Combined with an Organic Seal

Paint-Based Finishes

  • Chrome-Free Pretreatment: A Cost-Effective Solution to the Elimination of
  • Environmental and Workplace Concerns Surrounding Chromium
  • Decoral System: for the Decoration of Extruded Aluminum Profiles
  • Process Control and Data Acquisition for Pretreatment Washer Systems Utilizing Computerized Graphics

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