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The Institute of Theoretical and Applied Mechanics
9
records found
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1.
Original version of the author's contribution as presented on CD, paper (No. 319).:
PDF
FEM simulation of high velocity shock waves in fiber reinforced composites
Žmindák, M.
;
Pelagič, Z.
Fiber reinforced composites are very efficient in damping shock waves. Computational simulations enable to evaluate the damping properties and to design the structure of [...]
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2.
Original version of the author's contribution as presented on CD, 243. :
PDF
Design damping structure by finite element method
Eisner, I.
;
Žmindák, M.
The presented contribution describes design of a damping structure, which should prevent destruction of a falling cylindrical body. We present technique of its numerical [...]
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3.
Original version of the author's contribution as presented on CD, SOL. :
PDF
MESHLESS LOCAL PETROV-GALERKIN FORMULATION FOR ANALYSIS OF COMPOSITE PLATES REINFORCED BY UNIDIRECTIONAL FIBERS
Riecky, D.
;
Žmindák, M.
This paper deals with application of the meshless methods for analysis of composite plates. The main focus is on the implementation of the MLPG formulation for layered pl [...]
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4.
Original version of the author's contribution as presented on CD, , paper No. 227. :
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The application of interactive computational system (ICS FEM) in engineering
Eisner, I.
;
Žmindák, M.
The objective in this paper is briefly describing of the Interactive Computing System (ICS). This software, which is mainly based on the Finite Element Method, is now use [...]
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5.
Original version of the author's contribution as presented on CD, , page 159. :
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Micro-mechanical analysis of fiber reinforced composites with large aspect ratio by meshless method
Zmindák, M.
;
Murčínková, Z.
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6.
Original version of the author's contribution as presented on CD, , page 87. :
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Thermo-mechanical finite element analysis of mould for piston casting
Močilan, M.
;
Žmindák, M.
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7.
Original version of the author's contribution as presented on book, page 699. :
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MODELING OF STRENGTH OF ELASTIC REINFORCED COMPOSITES BY FIBER INCLUSIONS
Žmindák, M.
;
Eisner, I.
In our contribution we will show how the Trefftz Radial Basis Functions (TRBF), i.e. RBF satisfying the governing equations can be used to increase the efficiency of mode [...]
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8.
Original version of the author's contribution as presented on CD, SOL. :
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Substructure and macroelements in the design of the composite layered elements
Eisner, I.
;
Žmindák, M.
At the present time mainly FEM is used for numerical modelling of composite layered solids and structures. Using FEM, a significant amount of research has been devoted t [...]
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9.
Original version of the author's contribution as presented on CD, . :
PDF
NUMERICAL SIMULATION OF LOAD CAPACITY OF STRUCTURES WITH LARGE DEFORMATIONS, PLASTICITY OF MATERIALS AND MULTIBODY CONTACT IN ACCORDANCE WITH SAFETY REGULATIONS
Eisner, I.
;
Žmindák, M.
The objective of this paper is present the development and application of FEM software (ICS FEM) for effective numerical simulation of load-bearing capacity of structures [...]
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Žmindák, M.
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