Solution of hyperbolic partial differential equations via a hybrid implementation of the method of characteristics

Andre H. Extensions to the CSDT method for the hybrid solution of partial differential equations Presented at 6th Congress on Hybrid Computation of AICA-IFIP Munich August 1970

Bosgra O.H. and Buis J.P. Hybrid computer solution of the hyperbolic equations describing forced flow steam generating dynamics presented at 6th Congress on Hybrid Computation of AICA-IFIP Munich August 1970

Buis J.P. A modified serial method for the hybrid solution of hyperbolic partial differential equations, and its application to the simulation of a highpressure forced-flow evaporator system Study Report Department of Applied Physics Technical University of Delft Delft Netherlands June 1971

Couhanowr D.R. Vichnevetsky R. Landauer J.P. and Carlson A.M. Hybrid simulation of a control system for a tubular reactor Electronic Associates E and T Memo 65-T January 13 1965

Lapidus L. Digital computation for chemical engineers McGraw-Hill New York pp 175-184 1962

Paul R J A and Ahmad A T S Analogue solution of second-order hyperbolic partial differential equations by method of continuous characteristics Proc. IEE vol 117 no 6 pp 1175-1184 June 1970

Pel H B W A hybrid solution method for hydraulic transient phenomena based on the method of characteristics Study Report (in Netherlands) Department of Applied Physics Technical University of Delft Delft Netherlands April 1970

Vichnevetsky R. Method of characteristics in the hybrid solution of first order partial differential equations Electronic Associates Inc. ECC Report 60 July 1962

Vichnevetsky R. Hybrid computer methods for partial differential equations Course Notes for Seminar on Engineering Applications of Hybrid Computation Penn. State University June 19-21 1969