Paper edition:

Works of School of thought of modelling, information technology and the automated systems (MITAS) are presented to monographies of professor Shalumov A.S. and School of thought «ASONIKA» of professor Kofanov Y.N. a complex of the questions connected with creation of automated system of maintenance of reliability and quality of equipment ASONIKA, by maintenance of virtual tests and firmness to influence of destabilising  factors at operation of radio-electronic means on the basis of automated system ASONIKA. These are questions of maintenance of electromagnetic compatibility, certainly-element modelling of mechanical processes and optimisation, maintenance of firmness of radio-electronic means on vibrating insulators to mechanical influences, estimations of time before fatigue failure of conclusions of radioelements, maintenance of indicators of non-failure operation and durability, the analysis and maintenance of thermal characteristics of designs, developments of a database of system ASONIKA.

TABLE OF CONTENTS

Preface................................................................................

Introduction.........................................................................

CHAPTER 1
Modelling of thermal and mechanical processes in designs
of radio-electronic means (REM)

1.1. Firmness of typical blocks of REM designs to mechanical influences (ASONIKA-M)........................

1.2. Firmness of any blocks of REM designs to mechanical influences (ASONIKA-M-3D).....................................

1.3. Firmness of typical designs of REM cases to mechanical influences (ASONIKA-M-CASE) ............

1.4. Firmness to mechanical influences of REM designs established
on vibrating insulators (ASONIKA-V)........................

1.5. Firmness of REM designs to thermal influences (ASONIKA-T)............................................................

1.6. Identification of physicomechanical and heat-physical parametres
of REM models (ASONIKA-ID).................................

CHAPTER 2
Modelling of thermal and mechanical processes in printing knots
and electronic components (ASONIKA-TM)

2.1. Firmness of designs of REM printing knots to thermal
and mechanical influences ..........................................

2.2. Modelling of mechanical processes in REM printing knots
of the difficult form.....................................................

2.3. Fatigue durability of designs of REM printing knots at mechanical influences (ASONIKA-UST)....................

CHAPTER 3
Creation of cards of operating conditions and the analysis of reliability of electronic components (ASONIKA-R)

3.1. The automated filling of cards of operating conditions of electronic components taking into account real modes of their operation..............................................

3.2. Indicators of REM reliability taking into account real
operating modes of electronic components (ASONIKA-B) ...........................................................

3.3. An example of application of subsystems ASONIKA-R
and ASONIKA-B at designing.....................................

CHAPTER 4
REM electromagnetic compatibility (ASONIKA-EMC)

4.1. Electromagnetic hindrances and their sources ...............

4.2. Tests for EMC and stability to electromagnetic influences....................................................................

4.3. Modelling technique ....................................................

4.4. Automation of synthesis of model for calculation of efficiency
of REM shielding .......................................................

4.5. Subsystem ASONIKA-EMC ........................................

CHAPTER 5
The integrated database of electroradioelements and materials
on geometrical, physicomechanical, heat-physical, electric, electromagnetic, radiating parametres and parametres
of reliability (ASONIKA-BD)

5.1. Choice of control system of database............................

5.2. Accumulation of database by the data...........................

5.3. Database structure.........................................................

5.4. Database of electronic components and materials (fragments)..................................................................

CHAPTER 6
Management of REM modelling at designing (ASONIKA-UM)

6.1. Appointment and structure of subsystem ASONIKA-UM.............................................................................

6.2. Functionality of subsystem ASONIKA-UM on information field adjustment........................................

6.3. Functionality of subsystem ASONIKA-UM on creation
of electronic models of products..................................

6.4. Functionality of subsystem ASONIKA-UM on integration
of subsystems of system ASONIKA............................

6.5. Functionality of subsystem of management of REM modelling ASONIKA-UM..........................................

Conclusion..........................................................................

Literature.............................................................................

The information on founders................................................