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Mathematical Modeling of Extrusion Agglomeration
The paper introduces a mathematical model based on the discrete element method, presenting the results of its application to simulate the movement of...
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Mathematical Modeling of the Argon Arc Welding Process. Part 1. Thermomechanical Approach and Model Justification
In order to optimize the structure of the welding process and calculate the technological mode parameters, a coupled thermomechanical approach with...
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Mathematical Modeling of Roll Stam**
Roll stam** is a combined production process by a complex stress–strain state. Generally, modern methods of mathematical modeling (finite element...
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Mathematical Modeling of Mold Flow Field and Mold Flux Entrainment Assisted With High-Temperature Quantitative Velocity Measurement and Water Modeling
In the present study, the high-temperature quantitative measurement of velocity near the mold surface, water modeling, and numerical simulation were...
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Physical and Mathematical Modeling of Argon Flow and Distribution Around a Ladle Shroud-Collector Nozzle (LS-CN) Assembly
Injection and distribution of argon in a ladle shroud-collector plate nozzle (LS-CN) assembly have been investigated for three different argon gas...
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Unveiling Aquatic Plant-Animal-Microbe Interactions and Their Industrial Potential Through Mathematical Modeling
Encompassing over two-thirds of our planet, aquatic ecosystems serve as crucial stabilizers of the global climate while providing a vast array of...
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Exploring electronic-level principles how size reduction enhances nanomaterial surface reactivity through experimental probing and mathematical modeling
Size reduction can generally enhance the surface reactivity of inorganic nanomaterials. The origin of this nano-effect has been ascribed to...
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Mathematical modeling of electron density arrangement in CSDG MOSFET: a nano-material approach
The CMOS technology with MOSFETs below 70 nm node for Semiconductor Industry Association roadmap has outstanding resistance to short-channel effect...
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Mathematical Modeling of the Thermal Stress State in a Connection Unit of the Coil Shank End with High-Pressure Heater HP-2500-97 Collector
The thermal stress state of the connecting unit of the shank end of the spiral coil element with a diameter of 32×4 mm with the collector with a...
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Analysis and mathematical modeling for microgeometry reproduction of a textured roll surface on a cold-rolled galvanized strip during temper rolling
The possibility of representing the process of temper rolling for a galvanized cold-rolled strip as a simultaneous deformation of a binary zinc-steel...
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Strengthening India’s Response to HIV/AIDS Epidemic Through Strategic Planning, Innovative Financing, and Mathematical Modeling: Key Achievements over the Last 3 Decades
Indian HIV/AIDS numbers during the 2000s did not reach the high proportion of estimations provided by the WHO and UNAIDS. The number of HIV...
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Mathematical Modeling of the Ejected Droplet Size Distribution in the Vicinity of a Gas–Liquid Im**ement Zone
The controlled splashing of metal droplets plays a decisive role in the kinetics of the basic oxygen furnace (BOF) process. In this work, a...
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Modeling and Development of a Streetcar Rail Rolling Technology
AbstractThe results of research and industrial development of grooved streetcar rail rolling at the rail-and-structural steel mill with a...
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Mathematical Modeling Influence Electromagnetic Wave Plane on Functional Materials
The paper presents a mathematical modeling of a plane electromagnetic wave acting on a functional materials’ biological object. By considering how...
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Mathematical Modeling of the Argon Arc Welding Process. Part 2. Welding of HP40NbTi Alloy Pipelines
The effect of argonarc welding modes on the structure and phase composition of a pipe welded joint made of HP40NbTi alloy is studied by computer...
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Information-modeling system for monitoring heat losses in the lower part of a blast furnace
The article presents a structure of the algorithm and mathematical and software systems. The general characteristics of the algorithm for determining...
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Relative permeability of barrier dispersion coatings applied on paper-based materials; mathematical modeling and experimental validation
Barrier dispersion coatings have been used to improve barrier properties of paper-based materials. Like other technologies such as thermoplastic...
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Impact of Kelvin force on treatment of nanofluid with mathematical modeling
The mathematical model for nanomaterial convection through a complex geometry in presence of Kelvin force has been reported in this article. To...
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Flow modeling for the design of basalt microfiber-reinforced mortars
This study evaluated the flow behavior of Portland cement mortars incorporating basalt microfibers (BFRM). The research focused on the development of...
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Improving the Efficiency of Refining Copper Scrap Melt Via Steam-Air Oxidation Based on Mathematical Modeling and Experimental Investigations
Recycled scrap and waste are used in the production of copper and copper alloys. Cable scrap containing impurities of non-ferrous and ferrous metals...
