Batygin, Yuri V.  and  Daehn, Glenn S.
 
 
 
 
 

The Pulse Magnetic Fields for Progressive Technologies
 
 
 
 
 
 
 
 
 
 
 
 
 

Kharkov, Columbus, 1999



 
 
 
 

[See Copyright Information]


 
 

Table of Contents


Acknowledgements

Introduction
 

Chapter 1.
The Physical Processes in Inductor Systems for Pulse Magnetic Working of Metals.
 

1.1  The Main Equations and Correlations Defining the Pressure on Conductors in the Inductor Magnetic Field.

1.2  The Peculiarities of the Pulse Electromagnetic Fields Interaction with Thin-Walled Conductors.

1.3  The Approximate Boundary Conditions for the Electromagnetic Field Vectors on the Plane Thin-Walled Conductor Surface.

1.4  The Principle Possibilities of the Fast-Changing Magnetic Fields for the Solid Plastic Dielectrics Working.

  Chapter 2.
The Magnetic Fields and Processes in the Inductor Systems for Working of the Massive Metal Billets.
  2.1  The Magnetic Field of the Concentrator with a long Concentrator and with Short Workpiece.

2.2  The Heat and Mechanical Processes in the Metal of the Magnetic Field Concentrator.

2.3  The Example of the Optimum Construction of the Magnetic Field Concentrator for Compression of the Massive Metal Workpieces.

   Chapter 3.
The Magnetic Fields in the Inductor Systems for the Thin-Walled Metals Working.
   
3.1  The Experimental Justification of the Magnetic Pulse Method Possibilities for the Thin-walled Metals Working.

3.2  The Exciting of the Electromagnetic Plane Fields in the Inductor Systems with Dielectric Matrixes.

  3.3  The Magnetic Fields and Pressures on the Workpieces in the Flat Inductor Systems with Multi-Turn Coils.

3.4  The Efficiency of Action on the Workpieces in the Inductor Systems Different Constructions with the Multi-Turn Coils.

3.5  The Magnetic Fields in the Flat Inductor Systems with Paired Current-Carrying Conductors.

3.6  The Efficiency of Action on the Workpieces in the Inductor Systems Different Constructions with Paired Current-Carrying Conductors.

3.7  The Heat Processes in the Thin-Walled Metal Plates in time of the Pulse Magnetic Fields Action.

3.8  The Examples of the Inductor Systems Constructions for the Flat Stamping of the Thin-Walled Metal Workpieces.

   Chapter 4.
The Technical Equipment for Working of Metals by the Pulse Magnetic Fields.
 
  4.1  The General Arrangement and Functional Scheme of the Magnetic Pulse Installation.

4.2  The Characteristics of the Magnetic Pulse Installations Main Elements.

4.3  The Magnetic Pulse Metals Working Installations designed by the Leading Firms in the World.

   Chapter 5.
The Pulse Magnetic Methods in some Technological Operations.   5.1  The Technological Operations being executed by the Traditional Magnetic Pulse Metal Working.

5.2  The Magnetic Pulse Method for the Printed Circuit Boards Production in Electrical Engineering.

5.3  The Experimental Investigations of Processes in time of the Magnetic Pulse Stamping of the Printed Circuit Boards.

5.4  The Evaluation Test of the Magnetic Pulse Stamping of the Printed Circuit Board Specimen.
      5.5  The Technical and Economical Indices of the Printed Circuit Boards Production by the Magnetic Pulse Method.
  Conclusion
 

Bibliography