Algorithm 16. Implicit enumeration algorithm for solving zero-one integer programs
J. Kucharczyk (1972)
Applicationes Mathematicae
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Displaying similar documents to “A Bermúdez–Moreno algorithm adapted to solve a viscoplastic problem in alloy solidification processes”
Algorithm 16. Implicit enumeration algorithm for solving zero-one integer programs
Algorithm 8. A program to shorten a sequence of sets of integer numbers
Krystyna Jerzykiewicz (1970)
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Algorithm 29. Solving systems of linear equations by Sokolov's method
S. Lewanowicz (1974)
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A modified algorithm for the strict feasibility problem
D. Benterki, B. Merikhi (2010)
RAIRO - Operations Research
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In this note, we present a slight modification of an algorithm for the strict feasibility problem. This modification reduces the number of iterations.
Algorithm 24. One-dimensional knapsack function
J. Kucharczyk (1973)
Applicationes Mathematicae
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Algorithm 49. An algorithm for solving the machine sequencing problem
A. Adrabiński, J. Grabowski (1977)
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Algorithm 5. Solution of the transportation problem by bridges dual labeling method
M. Sysło (1970)
Applicationes Mathematicae
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Algorithm 61. The solution of a certain linear equation system
Z. Kasperski (1978)
Applicationes Mathematicae
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Remarks on algorithm 32
Anna Bartkowiak (1975)
Applicationes Mathematicae
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Remarks on algorithm 3
Z. Cylkowski, J. Kucharczyk (1970)
Applicationes Mathematicae
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Algorithm 38. Calculation of all marginal means from an n-way table
Anna Bartkowiak (1975)
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Algorithm 45. A heuristic algorithm for the traveling-salesman problem
A. Adrabiński (1976)
Applicationes Mathematicae
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Algorithm 37. Solution of sparse linear equation systems
F. Pankowski (1974)
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Algorithm 30. The calculation of the minimum of a certain function of one variable
E. Neuman (1974)
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Algorithm 12. Minimum of a function of one variable
Z. Cylkowski (1971)
Applicationes Mathematicae
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On a new computational algorithm for impacts of elastic bodies
Hynek Štekbauer, Ivan Němec, Rostislav Lang, Daniel Burkart, Jiří Vala (2022)
Applications of Mathematics
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Computational modelling of contact problems is still one of the most difficult aspects of non-linear analysis in engineering mechanics. The article introduces an original efficient explicit algorithm for evaluation of impacts of bodies, satisfying the conservation of both momentum and energy exactly. The algorithm is described in its linearized 2-dimensional formulation in details, as open to numerous generalizations including 3-dimensional ones, and supplied by numerical examples obtained...