Theoretical and Numerical Investigation of Nonlinear Mathematical Models

The project “Theoretical and Numerical Investigation of Nonlinear Mathematical Models” is funded under contract I02/9 from 12.12.2014 by the National Science Fund of the Bulgarian Ministry of Education and Science under the call Financing of Scientific Research in Priority Areas–2014. The applicant organization is the Institute of Mathematics and Informatics, […]

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Numerical methods for DEP modelling for lab-on-chips devices

The physical manipulation of biological cells is of vital importance in the development of laboratory operations on a small scale using miniaturized (lab-on-a-chip) devices. Microsystems devices is very appealing.because small volumes reduce the time taken to synthesize and analyse a product. Moreover these compact devices create new opportunities for the […]

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Physico-realistic image synthesis and materials elaboration for automative industry

The LIMA project (Light – Interaction – MAterials) originates from three research laboratories at MINES ParisTech: the Center for Mathematical Morphology (CMM), the Robotics Lab (CAOR) and the Center for Materials (MAT), as well as from the Center for Materials (C2MA) from the Alès Mines School. Several companies, including PSA […]

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Optimizing Production Processes of Nonwovens with FIDYST

Spunbond, meltblown, and airlay processes can be optimized by using FIDYST, the Fiber Dynamics Simulation Tool developed by the Department Transport Processes (TV) of the Fraunhofer ITWM in Kaiserslautern – a software that simulates fibers driven by air and their contacts with machinery parts of the plant. By evaluating the CV […]

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FiltEST – Filter Element Simulation Toolbox

Today’s filter elements have to meet increasing requirements concerning their operating time, filtration efficiency and dirt hold capacity. Additional aspects such as an efficient production of the devices and ecological sustainability are of growing importance when deciding about the product design and the materials involved. At the same time filter […]

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LEMON – a high performance open source C++ graph and network library

Department of Operations Research, Eötvös Loránd University Budapest has been involved in various applied research projects, either as a member of a research consortium or  in a direct collaboration with different companies. Applied research is unimaginable without using advanced algorithmic methods. In fact, the expected outcome of a typical project […]

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Modelling, Simulation and Optimization of Multifrequency Induction Hardening

Induction hardening is a modern method for the heat treatment of workpieces made of steel. A well directed heating by electromagnetic waves and subsequent quenching of the workpiece increases the hardness of the surface layer. With the multi-frequency concept, medium and high frequency power are supplied simultaneous on a single […]

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