This article was presented at the AICA meeting in Versailles. It is printed here with the permission of Association interna tionale pour le Calcul Analogique.
Get full access to this article
View all access options for this article.
References
1.
Albrecht R.F.Approximation to the solution of partial differential equations by the solution of ordinary differential equationsNumerische Mathematik vol 2 pp 245-262 July 22 1960
2.
Allen R.J. et alNuclear reactor simulation by analog computer-a literature surveyAtomic Internationa l NAA-SR-3708 p 56 December 1959
3.
Bayly J.G.Pearce R.M.Method of studying multi-region reactors with an analog computerNuclear Science and Engineering vol 2 pp 352-3621957
4.
5.
6.
Budak B.M.The method of straight lines for certain boundary value problems of the parabolic type Z Vycisl. Mat. i Mat. Fiz 2 1961 1 pp 1284-1291 translated as USSR COMP Math and Math Phys2 (1963) pp 1284-1291
7.
Carteron J.Deloux G.Representation analogique des circuits d'echange de Chaleur Application aux echangeurs de centrales nucleairesL'Onde Electrique pp 37, 369 December 1957
8.
9.
Carling L.N.On the solution of nuclear reactor and related problems by means of the hybrid computer Report #CD/ASG/N31 Central Electricity Generating BoardLondon S.E.1 July 1962
10.
Carling L.N.Hybrid computer solution of heat exchanger partial differential equationsProceedings for the International Association for Analog Computation Vol X no 1 January 1968
11.
Carstairs R.L.Taylor R.W.The occurrence and control of spatial instabilities in large reactors G.E.CAtomic Energy Review vol 2 no 2 September 1959
12.
Carstairs R.L.Taylor R.W.Reactor radial spatial behavior Nuclear Power June 1960
13.
14.
Davis D.Darker H.A.A hybrid computer study of direct digital control of a nuclear power station International symposium on analog/hybrid computation applied to nuclear energyVersailles (France) 1968
15.
Douglas J.On the errors in analog solutions of heat conduction problemsQuarterly Applied Mathematics141956 pp 333-335
16.
17.
Fillmore F.L.Two group calculation of the critical core size of the S.R.E. reactor NAA-SR-1517 July 1956
18.
Fisher M.E.Limitations due to noise stability and component tolerance on the solution of partial diflerential equations by differential analysersJournal of Electronics and Control vol 8 no 2 p 113 February 1960
19.
Frank A.Lapidus L.The effect of error propagation on hybrid computation Application to chemical engineering problemsProceedings of IFIP congress1965 vol 2 Spartan Books
20.
Friedmann N.E.The truncation error in the semi-discrete analog of the heat equationJournal of Mathematical Physics35p 2991956
21.
22.
Godts J.E.Analog analysis of transient neutron flux by discontinuous synthesis PhD thesis—Carnegie Institute of Technology1965
23.
24.
Gyftopoulos E.Smets H.Transfer functions of distributed parameter nuclear reactor systemNuclear Science and Engineering vol 5 no 6 June 1959
25.
Henry A.F.German J.D.Oscillations in the power distribution within a reactorNuclear Science and Engineering vol 2 no 4 p 469 (1956)
26.
27.
Johnson S.O.Curlee N.J.Reibing J.V.Simulation of hot channel boiling in water-cooled reactors IRETransactions on Nuclear Science vol NS-5 no 1 June 1958
28.
29.
Landau H.G.The accuracy of the analog solution of heat conduction problemsJournal of the Society for Industrial and Applied Mathematics vol 11p 564 (1963)
30.
Leonard R.R.Analog computer solutions for xenon concentration in a reactorU.S. Government Research Reports p 500 November 14, 1958
31.
Little W.D.Hybrid computer solutions of partial differential equations by Monte Carlo methods Proceedings of the Fall Joint Computer Conference 1966 AFIPS vol 29 Published by Spartan BooksWashington, D.C.
32.
Mitchell E E LHybrid techniques for solution of partial differential equations S.A.G Report no 19 1963Electronic Associates, Inc.Princeton, New Jersey
33.
Miura I.Iwata J.Study on time shared analog computation techniquesSIMULATION pp 318-328 November 1965
34.
Nemehinov S VThe solution of boundary problems for partial differential equations of second order of elliptic type using the network method Original: Z Vycisl Mat. i Mat. Fiz. 2 (1962) pp 418-436 Translation—USSR Comp Math. and Math. Phys. Z(1963) pp 441-460
35.
36.
Peden J.C.The study of multi-region reactions with an analog computerHanford Atomic Products Operation H.W. 65578 July 1960 p 50
37.
Petrarca S.An analog iterative model for the calculation of coolant density in pressure-tube nuclear boiler channel Proceedings—5th AICA Congress European Academic PressBrussels1968
38.
Sanathanan C.K.Carter J.C.Bryant L.T.Amiot L.W.The application of a hybrid computer to the analysis of transient phenomena in a fast reactor coreNuclear Science and Engineering vol 28 pp 82-92 (1967)
39.
40.
Tyror J.G.Controlling instabilities in graphite power reactorsNuclear Power June 1959
41.
Vaughan R.I.Control considerations for high burn-up Nuclear Engineering January 1960
42.
43.
44.
Vichnevetsky R.Method of characteristics in the hybrid solution of first order partial differential equations ECC Report #60 1962Electronic Associates, Inc.Princeton, New Jersey
45.
Vichnevetsky R.Application of hybrid computers to the integration of partial differential equations of the first and second order Proceedings of IFIP Congress 1968 Edinburgh, Scotland
46.
Witsenhausen H.S.Hybrid solution of initial value problems for partial differential equationsMassachusetts Institute of Technology Electronic Systems Laboratory Memorandum No. 8 1964
47.
Witsenhausen H.S.On the hybrid solution of partial differential equationsProceedings of IFIP Congress1965 vol 2 pp 425-431Spartan Books
48.
49.
Schmidt J.R.Clark D.R.Analog simulation technique for modeling parallel flow heat exchangers IEEE Winter Power Meeting New York, New York1967
