J Crank

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All published works
Action Title Year Authors
+ A practical method for numerical evaluation of solutions of partial differential equations of the heat-conduction type 1996 J Crank
P. Nicolson
+ Solution of three-dimensional free boundary problems by variable interchange 1981 J Crank
Turgut Öziş
+ Introduction to the Mathematics of Diffusion 1981 J Crank
Neil R. McFarlane
J. C. Newby
Grant Paterson
J. B. Pedley
+ Edge effects in diffusion and conductivity measurements 1978 J Crank
R.M. Furzeland
+ PDF Chat The Treatment of Boundary Singularities in Axially Symmetric Problems Containing Discs 1977 J Crank
R.M. Furzeland
+ Modified finite-difference approximations near the singularitiy in the problem of motz 1976 J Crank
R.M. Furzeland
+ PDF Chat A Method of Treating Boundary Singularities in Time-Dependent Problems 1973 Graham E. C. Bell
J Crank
+ Mathematical Models in Heat Flow and Diffusion 1970 J Crank
+ APPROXIMATE METHODS FOR TWO-DIMENSIONAL PROBLEMS IN HEAT FLOW 1966 J Crank
IH Parker
+ Asymptotic Solutions of Differential Equations and their Applications 1965 J Crank
+ Elementary Vector Algebra 1964 J Crank
+ Numerical Solution of Ordinary and Partial Differential Equations 1963 J Crank
+ Tables of Integrals 1962 J Crank
+ The Education of Mathematicians 1961 J Topping
J Crank
+ Differential Equations for Engineers and Scientists 1961 J Crank
+ An Introduction to the Laplace Transformation with Engineering Applications 1961 J Crank
+ A Course in Mathematical Analysis 1960 J Crank
+ TWO METHODS FOR THE NUMERICAL SOLUTION OF MOVING-BOUNDARY PROBLEMS IN DIFFUSION AND HEAT FLOW 1957 J Crank
+ XLV. A diffusion problem in which the amount of diffusing substance is finite.—IV. solutions for small values of the time 1948 J Crank
+ XX. A diffusion problem in which the amount of diffusing substance is finite.—<i>II</i>. Diffusion with non-linear adsorption 1948 J Crank
+ A practical method for numerical evaluation of solutions of partial differential equations of the heat-conduction type 1947 J Crank
P. Nicolson
Common Coauthors
Commonly Cited References
Action Title Year Authors # of times referenced
+ VIII. The deferred approach to the limit 1927 Lewis Fry Richardson
J. Arthur Gaunt
2
+ PDF Chat The treatment of singularities of partial differential equations by relaxation methods 1947 H. Motz
2
+ A practical method for numerical evaluation of solutions of partial differential equations of the heat-conduction type 1947 J Crank
P. Nicolson
2
+ PDF Chat A method for the numerical or mechanical solution of certain types of partial differential equations 1937 D. R. Hartree
J. R. Womersley
1
+ PDF Chat The Treatment of Boundary Singularities in Axially Symmetric Problems Containing Discs 1977 J Crank
R.M. Furzeland
1
+ Convergence of finite-difference techniques for a harmonic mixed boundary value problem 1970 J. R. Whiteman
Jerry Claude Webb
1
+ Some Two-Dimensional Diffusion Problems with Circular Symmetry 1932 Sheldon Goldstein
1
+ PDF Chat A numerical conformal transformation method for harmonic mixed boundary value problems in polygonal domains 1973 N. Papamichael
J. R. Whiteman
1
+ TREATMENT OF SINGULARITIES IN A HARMONIC MIXED BOUNDARY VALUE PROBLEM BY DUAL SERIES METHODS 1968 J. R. Whiteman
1
+ PDF Chat A Method of Treating Boundary Singularities in Time-Dependent Problems 1973 Graham E. C. Bell
J Crank
1
+ PDF Chat A simple finite‐difference modification for improving accuracy near a corner in heat flow problems 1976 Graham E. C. Bell
John Crank
1
+ The Mathematics of Diffusion 1956 I. I. Berenblut
1
+ PDF Chat Numerical Studies in Differential Equations 1935 Harry L. Levy
E. A. Baggott
1
+ Operational Methods in Mathematical Physics 1928 H. S. Carslaw
1
+ Operational methods in mathematical physics 1927 Harold Jeffreys
1
+ The Mathematical Foundations of the Finite Element Method with Applications to Partial Differential Equations 1972 Abdul Kadir Aziz
1
+ <i>Mixed Boundary Value Problems in Potential Theory</i> 1968 I. N. Sneddon
J. Gillis
1
+ The application of Heaviside's operational method to the solution of a problem in heat conduction 1932 Sydney Goldstein
1