Mathematical models of arc welding
In 2003-2006 years in the publishing house of the Southern-Ural State University (SUSU, Russia, Chelyabinsk) there were from printing the four-volume monograph:
Berezovsky
B.M. The mathematical models of arc welding.
In three volumes. Content
of the first, second and third volumes 
Russia,
Chelyabinsk: SUSU
Publishing, 2002-2006.
Volume 1. Mathematical modelling and information technologies, models of a weld pool and weld formation. Chelyabinsk: SUSU Publishing, 2002. 585 p.
Illustrations 203, Tables 25, References 937. ISBN 5-696-02217-0
In
the monograph on the basis of an extensive theoretical and experimental
materials the problems of application of modern information technologies
in welding production, science and engineering, and also basic principles
and features of mathematical modelling of welding processes are surveyed.
The classification of models is given, on the basis of which the main methods
of mathematical modelling of weld formation and optimization of this process
with allowance for effects of surface tension phenomena on geometrical
parameters, form and quality of welds for the practically important technological
schemes are exhibited at arc welding in different positions.
This monograph is
intended for the science researches and engineers-technologists occupied
with problems of mathematical modelling and optimising of the technological
of processes of arc welding.
 |
The first
monograph's volume has came out from printing in May 19, 2003. |
Volume 2. Mathematical modeling and optimization of different types of welds formation. Chelyabinsk: SUSU Publishing, 2003. 601 p.
Illustrations 353, Tables 11, References 711. ISBN 5-696-02235-9
In the monography
on the basis of philosophy of mathematical modelling and the optimizations
of welding processes explained in ς.1, are surveyed important for practical
applications the technological schemes of welds formation at arc welding:
execution fillet and galtel welds, welding of thin metal with burning through,
orbital welding of tubes, execution of multipass seams at welding of thick
metal. The methods of simulation and calculation of main specifications
of penetration of welded metal are explained. The methods and paths of
optimization of choice of principal dimensions of welds and technological
parameters of welding coditions are offered.
|
The second
monograph's volume has came out from printing in August 29, 2003. |
Volume 3. Arc pressure, the defects of the welds, electrode metal transfer. Chelyabinsk: SUSU Publishing, 2003. 485 p.
Illustrations 295, Tables 11, References 480. ISBN 5-696-02296-0
In
this volume of the monograph the appearances and processes happening in a weld
pool and weld formation surveyed. The main outcomes of experimental and analytical investigation of power effect of an arc on welded metal are explained. Such defects of
weld formation, as undercuts, gas and slag concavities, unmeltings, nonuniformity of
weld fprmation considered. The data about main technology factors influential in appearance of these defects, and methods of their elimination represented. The main
peculiarites and methods of simulation of electrode metal transfer, ways of of this process
control and lowerings surveyed.
The monograph is intended for the scientists and engineers-technologists occupied with problems of mathematical modelling and optimization of the
welding processes technologies.
|
The third monograph's volume has came out from printing in
June 30, 2004. |
|
The fourth monograph's volume has came out from printing in
August 27, 2006. Volume 4. Fundamentals of heat transfer in the workpieces. Chelyabinsk: SUSU Publishing, 2006. 547 p. Illustrations 122, Tables 2, References 512. ISBN 5-94218-070-9 CONTENT of the 4th volume |
Now new volumes (fifth, sixth, seventh) of the monograph are being prepared for printing in the Publishing House.
Author's
publications used in the monograph
Content of the first volume
| The chapter |
Titles of the chapters |
Amount of pages | Amount of figures |
Amount of references |
| 1 | MATHEMATICAL
MODELING
and COMPUTER TECHNOLOGIES in WELDING |
52 | 7 | 246 |
| 2 | ANALYSIS of
INFORMATION STREAMS for TECHNOLOGICAL PROBLEM «WELD FORMATION DURING ARC WELDING» |
30 | 10 | 38 |
| 3 | THE PHILOSOPHY and FEATURES of MATHEMATICAL MODELING the ARC WELDING PROCESSES | 150 | 54 | 296 |
| 4 | SURFACE
TENSION PHENOMENA and ITS ROLE and SIGNIFICANCE for THE WELDING |
122 | 59 | 227 |
| 5 | MATHEMATICAL MODELLING of WELD FORMATION in a FLAT POSITION | 64 | 29 | 40 |
| 6 | EFFECT of WELDING POSITIONS on WELD FORMATION | 70 | 41 | 61 |
| 7 | MATHEMATICAL MODELING and STRUCTURAL- TECHNOLOGICAL OPTIMIZATION of FILLET and GALTEL WELDS FORMATION | 101 | 64 | 190 |
| 8 | MATHEMATICAL MODELLING and OPTIMIZATION of WELD FORMATION DURING ARC WELDING of a THIN METAL WITH BURNING THROUGH and ROOT WELDS WITH FREE FORMATION | 101 | 63 | 146 |
| 9 | OPTIMIZATION of WELD FORMATION for a BUTT WELD DURING ARC ORBITAL WELDING of TUBES | 63 | 45 | 61 |
| 10 | MATHEMATICAL MODELLING and OPTIMIZATION of WELD FORMATION DURING MULTIPASS ARC WELDING of a THICK METAL | 97 | 70 | 134 |
| 11 | MAIN PECULIARITIES and MATHEMATICAL MODELLING of METAL PENETRATION at ARC WELDING | 163 | 111 | 180 |
| 12 | FORCE ACTION of an ELECTRIC ARC ON WELDED METAL | 138 | 112 | 119 |
| 13 | DEFECTS of WELDS and MODELS of THEIR ORIGIN | 134 | 90 | 130 |
| 14 | ELECTRODE METAL TRANSFER in ARC WELDING: MAIN FEATURES, the MATHEMATICAL MODELS and CONTROL METHODS | 154 | 87 | 231 |
This
monograph is written in Russian language
Author's Ε-mail: weldbmb@mail.ru for orderings for acquisition of the monograph
Berezovsky Boris Mikhaylovich
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