ELECTRICAL DIGITAL-ANALOG MODEL EM-10 FOR SOLVING PROBLEMS OF NONSTATIONARY THERMAL CONDUCTIVITY

ELECTRICAL DIGITAL-ANALOG MODEL EM-10 FOR SOLVING PROBLEMS OF NONSTATIONARY THERMAL CONDUCTIVITY

An EM-10 digital-analog model has been developed for solving nonstationary problems with boundary conditions of type 3 - the condition of heat exchange with the medium. The memory device is the magnetic drum from a BESM-2 computer. This memory device controls the entire operation. Digital-analog con...

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Bibliographische Detailangaben
Hauptverfasser: Bukhman,V. E, Volynskii,B. A, Makarenko,N. N
Format: Report
Sprache:eng
Schlagworte:
ANALOG-DIGITAL COMPUTERS
BESM 2 COMPUTERS
BOUNDARY VALUE PROBLEMS
Computer Hardware
COMPUTER PROGRAMMING
Computer Programming and Software
DESIGN
DIGITAL TO ANALOG CONVERTERS
HEAT TRANSFER
MEMORY DEVICES
THERMAL CONDUCTIVITY
Thermodynamics
TRANSLATIONS
USSR
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Zusammenfassung:An EM-10 digital-analog model has been developed for solving nonstationary problems with boundary conditions of type 3 - the condition of heat exchange with the medium. The memory device is the magnetic drum from a BESM-2 computer. This memory device controls the entire operation. Digital-analog converters are used to transform the numerical code into analog values. The article contains a block diagram of the EM-10 layout. (Author) Edited machine trans. of mono. Raschet Fizicheskikh Polei Metodami Modelirovaniya (Calculation of Physical Fields by Methods of Modeling), Moscow, 1968 p371-374, by Charles T. Ostertag.