In the present work, biocompatible materials such as niobium (Nb), zinc (Zn) and calcium (Ca) have been blended with magnesium (Mg) to develop a novel biomaterial (BM) improved mechanical corrosion resistant properties. Powder metallurgy (PM) technique was used fabricate Mg based BM. The powder of all aforementioned were mixed homogenously in specific quantities create uniform composite component. order analyse influence process parameters on properties fabricated part, experiments performed...

The application of natural fibers as reinforcement in polymer composites has been continuously growing during the last few decades. These find diverse applications hostile environment where they are exposed to external attacks such solid particle erosion. Also, many respects, mechanical properties different their most important characteristics. Therefore, improvement erosion resistance and behavior prime requirements applications. Bamboo fiber which is rich cellulose, relatively inexpensive,...

Electromagnetic interference (EMI) pollution has now become a subject of great concern with the rapid development delicate electronic equipment in commercial, civil, and military operations. There been surge pursuit light-weight, adaptable, effective, efficient EMI screening materials recent years. The present article addresses simple sensitive approach to synthesize core/shell carbon nanotube/MoS2 heterostructure supported on reduced graphene oxide (CNT/MoS2-rGO nanohybrid) as an...

Bamboo is a naturally occurring composite material which grows abundantly in most of the part world. It treated as because it has cellulose fibers imbedded lignin matrix. As cheap and fast-grown resource, with superior physical mechanical properties, bamboo offers great potential an alternative to wood. can widely substitute not only wood, but also plastics & other materials structural product applications through improvements processing technologies, innovation application scientific...

Mint has been used as a medicinal and aromatic plant since ancient times. Its leaves are for flavoring, spicing, mint oil, which is to treat several diseases. In order preserve this seasonal consumers during the year, it undergoes various technological treatments, such drying. The economy of production burdened considerably by energy costs To substitute high-cost fossil energy, hybrid photovoltaic-thermal (PVT) ultraviolet (UV)-stabilized polyethylene greenhouse dryer was developed lower...

This work reports a detailed study of reduced graphene oxide (rGO)-Fe3O4 nanoparticle composite as an excellent electromagnetic (EM) interference shielding material in GHz range. A rGO-Fe3O4 was synthesized using facile, one step, and modified solvothermal method with the reaction FeCl3, ethylenediamine graphite powder presence ethylene glycol. Various structural, microstructural optical characterization tools were used to determine its synthesis various properties. Dielectric, magnetic EM...

In this study the mechanical and erosion wear behavior of bamboo fiber reinforce epoxy composites filled with Cement By-Pass Dust (CBPD) were studied. The effect CBPD content alkalization on various properties these was also investigated. Taguchi's orthogonal arrays are used for analysis experiential results. It identifies significant control factors influencing outlines interaction effects. Analysis variance (ANOVA) test has been performed measured data to find most affecting rate. Finally,...

In this paper, starting with the Maxwell equations and corresponding nonlinear wave equation, we derive a pulse evolution equation for metamaterial cubic (Kerr) nonlinearity. The given model goes beyond commonly employed slowly evolving approximation (SEWA). dispersive properties of dielectric susceptibility magnetic permeability are accounted in accordance Drude model. Using propagation single-cycle 4-cycle studied numerically left-handed (LHMM) third-order

In this paper, a study was carried out to evaluate the annual thermal and exergy performance of hybrid photovoltaic-thermal greenhouse dryer, located at IIT Delhi, India by considering various silicon non-silicon-based photovoltaic (PV) modules namely mono crystalline (c-Si), multi (mc-Si), nano silicon, amorphous Cadmium Telluride Copper Indium Gallium Selenide. The net electrical energy savings for these a, b, c d type weather conditions New Delhi has been calculated. Embodied outputs have...

The present work investigates the effect of ultrasonic power (%) and time vibration on sintered density ultimate compressive strength (UCS) Mg15Nb3Zn1Ca fabricated using assisted conventional sintering (UACS). customized UACS setup was designed manufactured to conduct experimentations. A stepped horn assembly used for providing vibrations sample during sintering. Further, evaluate efficacy parameters, developed sinter composite material. study unveiled an increased UCS by increase in (%)....

Enhanced electrocaloric response in lead‐free 0.8Na 0.5 Bi TiO 3 ‐0.2SrTiO (NBT‐0.2ST) ceramics are investigated using an indirect approach based on Maxwell's relations over a wide operating temperature range. The effect (ECE) is obtained broad range with the maximum change ( T ) value reaching 0.75 K at working of 400 under electric field 35 kV cm −1 . EC coefficient () found to be 0.022 K·cm K. Energy storage density NBT‐0.2ST calculated and 0.36 J −3 393 High ECE (350–450 K) make it...

In the present work, initially, microwave sintering was used to fabricate a magnesium-based metal matrix composite (MgMMCs) especially Mg3Zn1Ca15Nb, at same process parameters which were develop aforesaid material using conventional sintering. But, no improvement in results found, may be owing non-optimized of To carry out optimization parameters, first, range obtained this study. Sintering temperature (ST), heating rate (HR), and holding time (HT) selected as parameters. Additionally,...

The propagation characteristics of a single-cycle pulse, at $0.8\text{ }\ensuremath{\mu}\text{m}$ wavelength, are studied numerically in one spatial dimension. It is shown that Raman term does influence the by counteracting self-steepening effect.

We theoretically investigate the propagation of surface plasmon polaritons in an amplifying plasmonic coupler (metal--amplifying dielectric--metal). study loss-compensated nonlinear stationary modes system by deriving coupled-mode equations for optical amplitudes, predicting existence a mode with broken symmetry gain values higher than characteristic threshold. analyze stability symmetric, antisymmetric, and nonsymmetric solving linearized small perturbations numerically integrating...