Composites materials like jute/epoxy exhibit high hardness and are considered as difficult-to-machine materials. As a result, alternatives to conventional machining become essential post-process the composites. Accordingly, due its non-thermal nature, abrasive water jet has recently come be seen one of most promising methods for composite In current study, impact parameters such traverse speed (TS), standoff distance (SOD) mass flow rate (MFR) on machined surface roughness (Ra) been...

This study compares the effectiveness of evacuated tube solar collectors with nanofluids. Three different combinations two nanoparticles were examined at present investigation. Here, silicon dioxide and tungsten trioxide having diameters 80 90 nm, respectively, have been employed in preparation There are concentrations volume fractions 0.01%, 0.015%, 0.02%, 0.025%, 0.03% mass flow rates, such as 20 g/s, 40 60 this study. The observations like variations temperature, heat absorption,...

Manufacturing has grown challenging because of the increased usage harder materials, such as titanium alloys, in many industries, aerospace, automobiles, and marine. Conventional material removal procedures are not suitable for these tough materials due to their hardness slow machinability. Wire Electrical discharge machining (WEDM) is a modern approach removal, particularly nickel hard particle reinforced metal matrix composites, etc. The research design was performed by deeming independent...

Cathode Ray Tube (CRT) panel glass with higher silica content has a potential to be used as reinforcement material in magnesium matrix composites. The present study aims formulate wear resistant hybrid composite by reinforcing rich E-waste CRT powder (0, 10 and 20 wt. %) boron nitride 2 4 solid lubricant processed through metallurgy route. Composition of the is identified EDS XRD analysis performed for both base reinforcements. developed green MMC shows increased hardness (∼53%), porosity...

Superalloys are a much-needed material for abundant engineering fields, such as nuclear-powered reactor components and aeronautics. Owing to their exceptional characteristics, higher thermal conductivity, they can be difficult machine using conventional processes. Modern approaches machining have evolved utilize these materials. One of the techniques studied in this project is electrical discharge wire machine. This process help reduce energy consumption during negative impact on...

Titanium alloys have found widespread use in aviation, automotive, and marine applications, which makes their implementation mass production more challenging. Conventional methods of removing these alloy materials are unsuitable because the high wear rate cutting slower processing. The complexities prompted creation cutting-edge machining methods. Wire Electrical Discharge Machining (WEDM) is a technique that has potential to be useful for removal harder electrically conductive. In order...

This research presents the progress made in creating a novel type of composite material that incorporates wood apple dust (WAD) and Linz Donawitz (LD) sludge as reinforcing agents. Composites were prepared with different proportions WAD LD reinforced epoxy resin their physical mechanical studied. Tensile, compressive flexural strengths measured using an Instron universal testing machine per ASTM standard. Further, study was extended to evaluate wear resistance (WR) characteristics fabricated...

The development of sustainability in industry has made it imperative to utilize waste and accessible natural resources properly. Our goal is transform the naturally occurring resources, tamarind seed powder (TSP), eelgrass (EG), adamant creeper (AC), into goods that are beneficial society. In this study, different weight proportions alkali-treated AC, EG, TSP were combined make hybrid fiber (NF) composite materials using hand layup process. material strength alkali treated (15% 20% 15% TSP)...

Human body is highly sensitive and repairing often incurs pain expenses. Strength of the materials degraded by poor joint (either weld or link). New material technology proposed many biomaterials for bone tissue also bio-implantation applications. Especially bioactive like glass used biomedical applications replacement organs in human body. This research work focuses on suggesting S53P4 Nano-coated Zirconium dioxide manufacturing artificial knee implant fixing The substrate with means laser...

This research paper focuses on the utilization of jute, and kevlar fiber, as reinforcements in vinyl epoxy based composites. Fiber-reinforced polymer (FRP) composites are widely used because they cost-effective to produce, can be easily fabricated, possess superior strength compared pure resins. Either synthetic fiber (SF: like glass, carbon, kevlar) or natural (NF) polymers. Due easy accessibility, lightweight, economical cost production adequate properties, jute is most commonly NF. study...

The current research investigates diesel and simarouba biodiesel blends (10%, 20%, & 30% by volume) in conventional Low Heat Rejection (LHR) engines, each rated at 4.4 kW. While optimization techniques like Response Surface Method Taguchi have been extensively studied, the impact of LHR on engine performance emissions is rarely explored. Converting to involved applying 300 μm stabilized zirconia piston crown enhance combustion efficiency. Performance were analyzed injection pressure (200...

Sustainable energy harvesting plays a crucial role in advancing the goals outlined United Nations Development Goals (SDGs). Solar flat plate collectors (FPC) are integral to sustainable harvesting, aligning closely with several (SDGs) particularly 7, 8, 9, 13 and 17. The heat transfer fluid is one of most important inputs solar collector system. improvement properties significantly improves efficiency. Though Nanofluid solutions, this investigation motivated by use Al2O3 SiO2 along Syltherm...

Due to its exceptional quality, SAE 1010 is highly recommended for automotive applications, particularly in the manufacturing of headed fasteners and bolts. The primary application this technology automobiles, while it also holds significant potential various other technological disciplines. Utilizing alternative techniques removing material has proven be essential overcoming numerous machining challenges that were previously difficult solve. It possesses practical applications aircraft...

Sustainable Energy device's efficiency enhancement by utilizing the waste of tobacco is focused on this research. The carbon nanoparticles derived from through a novel approach. produced Carbon were used to improve sustainable solar collectors in form nanofluid. When it comes improving thermal performance, using nanofluids evacuated tube (ETSC) best option because improved thermo-physical characteristics working fluid. In investigation, Syltherm oil was preferred for base fluid prepare with...

Glycerol is a key by product of the biodiesel extraction process. The rapid growth establishments will continue to result in glycerol oversupply. Purified can be used as an antifreeze automotive radiators since it has freezing point -30°C and boiling temperature 160°C. Heat transfer important optimizing engine fuel economy. goal this research employ purified bio heat fluid coolant vehicle radiators. proposed water mixed convective rate experimentally compared standard ethylene glycol....

This study investigates two configurations of novel solar energy-assisted combined cooling, heating and power (CCHP) systems suitable for the dairy industry. The system uses carbon dioxide (CO2) as working fluid. cooling outputs were used simultaneous chilling pasteurization milk. electrical produced in turbine is to run compressor cater miscellaneous demands farm, thereby achieving grid independence. A detailed thermodynamic analysis was performed on (with without reheating) identify impact...