Examples of using Numerical methods in English and their translations into Croatian
{-}
-
Colloquial
-
Ecclesiastic
-
Computer
Numerical Methods and Programming.
Integral equations and numerical methods. Vol.
Implement numerical methods by using a computer.
This work proved even more important after the advent of computers when the stability of numerical methods became crucial.
Numerical methods of solving differential equations.
Equation(4) is solved by numerical methods, for example, by Newton method. .
Convergence measurements performed in exploratory tunnel, andtheir modeling and interpretation by numerical methods, are described.
Completed 2007. Numerical methods in geophysical models.
Activity within the Cabinet for mechanics andstrength of materials includes development of analytical and numerical methods in mechanics of deformable bodies and continuum mechanics.
Analysis of numerical methods based on informatics technology.
This entry was posted in Mathematical notes and tagged adaptive meshes, differential operator,heat conduction equation, numerical methods of computation, Taylor formula.
Analytical und numerical methods for electrical field problem solving.
The theory of dynamical systems puts emphasis on qualitative analysis of systems described by differential equations, while many numerical methods have been developed to determine solutions with a given degree of accuracy.
Application of analytical and numerical methods in hydrocarbon and geothermal reservoir engineering and exploitation.
Her main scientific interests are Koopman operator based data-driven algorithms, the application of a mathematical modeling in medicine and energy harvesting, the software development for meta-modeling andsensitivity analysis, numerical methods for hyperbolic conservation laws, and the optimal control in engineering.
The main disadvantage of using numerical methods to solve a stress-strain problem is the need for big computational resources.
Research goals: Establishing of optimal limits for utilisation of heat of exhaust gases on new types of Diesel engines.Development of numerical methods for calculation and control of steam and water circulation comprehensive evaporator systems.
Apply appropriate numerical methods for solving differential equations to the problem of finding light trajectories in curved spacetime.
A wide spectrum of scientific interests of the other Department members includes the following fields: energetics, thermodynamics, energy management in industry, new and renewable energy sources,applied biomechanics and ergonomics, numerical methods in mechanics in use related to the problems and technologies of textiles and clothing, evaluation algorithms and their application.
The development of the numerical methods for the analysis of the basic measures involved in the definition of complex filters, and the output correlation signal behaviour.
Alternating direction schemes form a class of numerical methods for parabolic partial differential equation solving 1.
Keywords: hydrodynamic forces, numerical methods, slender bodies, loading of ship structures, underwater explosion, shock wave, wake field, propeller shaft excitation forces, thin walled girders, effective stiffness, nonlinear vibration, harmonic acceleration method, theory of chaos, ship capsizing, safety, reliability, simulation methods, multicriterial optimisation, Monte Carlo procedure.
Research goals: The development of numerical methods for calculation of loading on floating objects of arbitrary configurations by regular and irregular sea waves.
Therefore, to solve the Darcy equation, numerical methods such as finite-difference approximation of differential operators and the finite element method are used.
Calculations can be based on numerical methods which solve the nonlinear differential equations in 3D and do not require any assumptions to overly simplify the stress-strain state model.
Application of analytical and numerical methods in assessment of condition and behaviour of geological materials during engineering interventions and construction of various geotechnical structures in soil and rock mass.
Keywords: Computational fluid dynamics,fluid flows, numerical methods, finite element method, turbomachinery flows, hydrodynamics of costal waters, commpresible fluid flows, computer application in engineering.
Research goals: Construction anddevelopment of efficient numerical methods suitable for fast and stable computational algorithms to be implemented on digital computers in generation of accurate approximations. Application on numerical problems of exact fundamental and applied sciences.
Otherwise, the numerical method returns significantly less accurate results.
Finite element numerical method is used in the calculation.