Steam turbines are an integral part of power generating systems. The durability and reliability of steam turbines depend heavily on the integrity of their blades. In the last stages of a steam turbine, steam condenses and produces droplets. The effect of these droplets on the ef…
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Computer simulation of electromagnetic behaviour of a device is a common practice in modern engineering. Maxwell's equations are solved on a computer with help of numerical methods. Contemporary devices constantly grow in size and complexity. Therefore, new numerical methods sho…
In this work a numerical method is presented to model the electrohydrodynamics of a three-dimensional vesicle. The objective of this study is to develop robust numerical algorithms to solve the physical governing equations of the vesicle in the presence of fluid flow and DC elec…
The long-term creep behavior of shale has become a major concern in different engineering applications, which reduces oil and gas production of shale reservoirs and triggers devastating landslides. While indentation creep tests at the nanoscale can reveal creep responses of sing…
Nowadays, the concept of personalization has gained huge popularity and every decision maker would like to optimize the decisions by exploiting personal data. Personalized decision making has been applied to scenarios including web content recommendation, clinical trials, hiring…
Viscoelasticity has been used to model the deformation and stress displayed by many types of solids including biological materials, polymers and metals. Viscoelastic materials exhibit a memory effect, where the stress at the current time depends on the previous history of the st…
One of the most important mechanisms of foamy oil is the solvents’ non-equilibrium dissolution and exsolution behavior. Therefore, the real-time capturing of these dynamic properties is crucial in analyzing how foamy oil evolves under non-equilibrium state. In this research, var…
Fractional calculus introduces tractable mathematical tools for accurate description of anomalous phenomena, regarded as a manifestation of self-similar structures and memory effects. Fractional approaches in modeling anomalous dynamics have been increasingly employed over the l…
Synthetic biology (SB) has become an important field of science focusing on designing and engineering new biological parts and systems, or re-designing existing biological systems for useful purposes. The dramatic growth of SB throughout the past two decades has not only provide…
A aplicação de métodos numéricos apresenta-se como uma ferramenta que permite, não só reduzir o impacto ambiental e consumo de energia, como também tornar a otimização estrutural mais eficiente. Pode ser aplicado em várias indústrias, como a automóvel e aeronáutica, e contribuir…