Using the constructal design method (CDM), this study aimed to evaluate how the convective heat transfer in a lid‑driven cavity, with an isothermal block (IB) inside, is affected by the cavity aspect ratio (AR). In addition ...

This study offers a novel method for solving the partial differential equation known as the time-fractional Newell-Whitehead-Segel equation (TFNWSE), which has important applications in several different domains. We use a ...

In this illuminating research, the classical Euler-Poisson equations (describing the dynamics of rigid body rotations over the fixed point) have been revisited for the case of a rigid body that is under the influence of a ...

This study investigates the combustion of natural gas within a three-dimensional preheating ammonia furnace at the Razi Petrochemical Company (RPC) in Mahshahr, Iran. The furnace geometry is modeled assuming non-premixed ...

This article contains analysis of thin film flow of fuzzy-fractional Oldroyd-6 constant nanofluid in lift and drain cases. The fluid has ability to model both viscous and elastic behaviors accurately in different complex ...

In this study, numerical research on natural convection nanofluid flow in the presence of magnetotactic bacteria and Fe3O4-water is performed. The time independent, dimensionless governing equations involving nanoparticle ...

The use of coarse recycled aggregate in structural concrete members is an alternative and beneficial way to reduce the consumption of natural materials. This is not only due to the limitation of resources of aggregates, ...

Experimental off-axis tensile tests aimed at characterising the in-plane shear behaviour of biaxial non-crimp fabric (NCF) composite laminates obtained from different directions within the same panel (warp and weft) reveal ...

This work presents a state-of-the-art computational approach for performing large-scale simulations of turbulence on heterogeneous compute nodes. The approach proposed combines message passing interface (MPI) parallelization ...

The present paper is devoted to analytical investigation of the nonlinear dynamics of a conductive rigid ring in a contactless electromagnetic suspension. Using Lagrange-Maxwell formalism of nonlinear electro-mechanics and ...

Selective Laser Melting (SLM) is a transformative additive manufacturing technique that enables the production of complex metallic components with high precision. Understanding the microstructural evolution during the SLM ...

Nanofluids are recognized as smart fluids, offering significant advantages for enhancing heat and mass transfer. Their utility spans various domains, including electronics, biomedicine, and industrial processes. Against ...

This study tackles a complicated heat transfer problem about the cooling capability of a confined slot NEPCM-water suspension impinging jet for cooling a hot surface within the mixed convective region (with Ri = 1 and Re ...

Photovoltaic thermal (PV/T) systems, which generate electrical energy by harnessing solar radiation, often face efficiency challenges due to heat buildup. To address this issue, we propose a novel solution integrating a ...

This study proposes a new fractional model to show how heat transfers through nanomaterials by considering the thermoelastic vibration of one-dimensional nanostructures via nonlocal elasticity theory. Size-dependent ...

This paper proposes a novel nonlocal beam-substrate model for the static bending analysis of a nanobeam system on a substrate medium. The proposed model incorporates the coupling interaction among nonlocality, surface ...

The current study examines the convective heat transfer coefficient experimentally. It assesses the performance of Al2O3, CuO, ZnO, and Ag/ distilled water nanofluids up to a tetra level of hybridization utilized in ...

In today's modern industry, artificial intelligence (AI) is revolutionizing the formulation, performance optimization, and monitoring of lubricants. By enabling the analysis of large datasets, AI facilitates the development ...

The analysis of beam deformation on elastic foundation is very important in engineering applications, and studies of beams on linear elastic foundations are abundant and accurate.  For practical problems, it is always ...

This work involves the study of the effects of moving loads in an isotropic, homogeneous, micropolar, porous thermo-viscoelastic solid material with two temperatures. The problem is solved in the context of Green-Naghdi ...