Additional information
| Author(s) | Teodosieva, Margarita |
|---|
Automated job preparation for solving engineering problems according to the method of infinite elements through the program system Vimke
VIMKE is a computer system for practical application of the method of finite elements. It is mainly designed for testing the stressed and deformed condition of deformable bodies under various types of impact. The automated preparation of jobs for solving enineer problems through the system VIMKE is examined at the present publication.
Related products
Recently posted
-
Approximate Solutions for Multi-Objective Optimization Problems via Scalarizing and Nonscalarizing Methods
-
A product of strongly quasi-nonexpansive mappings in Hadamard spaces
-
Inertial viscosity fixed point algorithms for monotone inclusion, convex minimization, and image restoration problems
-
Holderian Stability for Parametric Optimization Models and Applications
-
A Novel Fixed-Point Based Two-Step Inertial Algorithm for Convex Bilevel Optimization in Deep Learning Data Classification
-
Double-step inertial algorithms for equilibrium and fixed point problems in Hilbert spaces
-
Accelerated forward-backward algorithm based on inertial and correction terms with linesearch for solving convex minimization problem and its application
-
A Dual-Projective Double Inertial Forward-Backward Splitting Algorithm for Variational Inclusion Problems with Applications to External Validation in Breast Cancer Diagnosis
-
Efficient Large-Scale Classification with Linex Least Square Twin Bounded Support Vector Machine
-
Classifying compressive strength of clay bricks using an inertial projected forward-backward algorithm