Ganapathy T.

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• Doctor of Engineering
• Associate professor at P.S.R. Engineering College

In this study, the ceramic particles of titanium carbide (TiC) and zirconium diboride (ZrB2) were used as reinforcements in LM13 alloy matrix to fabricate hybrid composites. The composites along with unreinforced aluminium alloy were produced by varying the weight percentage (wt%) of ZrB2 (0, 2.5, 5 and 10) with a constant 5wt% TiC through liquid m...

Automation and robotics are revolutionizing hydroponic and aquaponic farming techniques and also enhancing their efficiency, sustainability, and scalability within the Controlled Environment Agriculture (CEA). This review explores the integration of key technologies, such as automated nutrient and pH management systems, advanced lighting solutions,...

The present study investigates mechanical, thermal, and tribological characteristics with the influence of novel composite material of perforated polyethylene terephthalate (PET) polymer, distinct natural fibre, and vinyl ester matrix produced by compression moulding technology. The primary objective of this study is to identify and influence the s...

The agriculture plant Cannabis sativa (hemp) is used to create composite panels for the automotive industry because of its high strength-to-weight ratio. The purpose of this research is to investigate the effect of fiber length (10–30 mm), content (10–30 wt%), and alkali treatment (3%) on the mechanical properties of these hemp/vinyl ester composit...

In this research, a novel cellulosic fiber from the Cannonball tree was extracted and alkalized. The alkalisation was done for 45 min using a 5% NaOH solution. The cellulose percentage of the alkalized fiber was elevated to 69.23% from 54.96%. The increase in the crystallinity index (72.73% from 65.29%) of alkalized fiber was recognized via XRD ana...

This study aimed to intensify the Tensile Strength (TSFSW) of dissimilar thermoplastic joints by utilizing a bio-inspired jig saw suture and optimizing the Friction Stir Welding (FSW) limits. Statistical analysis, Response Surface Methodology (RSM), and experimental validation were involved to attain the research objectives. The outcomes showed tha...

In this work, the effects of graphene particles, which were used as a filler for hybrid flax fiber and aerial root banyan fiber (ARBF)–reinforced epoxy composites at different sampling compositions (M4–M7), on the physical and mechanical characteristics of the epoxy composites, such as tensile, flexural, Shore D hardness, water absorption activitie...

In this work, graphene was used as a filler for banyan aerial root fibers reinforced epoxy composites at various compositions. The synergetic effect of graphene and banyan fibers, on the physical and mechanical characteristics of the epoxy thermoset, was studied. The mechanical tests, hardness, water absorption behavior and morphology of the compos...

In this work, graphene was used as a filler for banyan aerial root fibers reinforced epoxy composites at various compositions. The synergetic effect of graphene and banyan fibers, on the physical and mechanical characteristics of the epoxy thermoset, was studied. The mechanical tests, hardness, water absorption behavior and morphology of the compos...

The objective of this investigation is to check the suitability novel cellulosic fibre extracted from the aerial roots of Banyan tree (ARBFs) as reinforcement in fibre reinforced plastics. The Fundamental properties of ARBFs such as density, tensile strength, chemical composition, crystallinity index, crystalline size, thermal stability, maximum de...

The objective of this investigation is to check the suitability novel cellulosic fibre extracted from the aerial roots of Banyan tree (ARBFs) as reinforcement in fibre reinforced plastics. The Fundamental properties of ARBFs such as density, tensile strength, chemical composition, crystallinity index, crystalline size, thermal stability, maximum de...

I INTRODUCTION More than a thousand numbers of species of natural fibres are available and very limited of them are used in applications, because of their deciding properties. Recently the polymer composites use in new field products like jet ski, aircraft, missile, spacecraft, marine applications and automobile components, electrical and electroni...

This paper deals with the effective application of friction stir welding similar to butt joining technique.AL6063 T-6 alloys prepared in 125x 100 x 7mm thickness plate and FSW tool setup were H13 of diameter 25mm rotary tool with straight cylindrical pin profile. The maximum strength was considered for selection of combined process parameter. The p...

Teleoperation and robotics together combine and form a major field known as the Telerobotics. As the autonomous robots are not completely developed, a human operator is required for the operation of the robot. Hence the principle of Teleoperation is considered for solving the problem. When the robot is able to perform the tasks independently it is...

Power transformers are the incomparable equipment's in the electric power transmission system. By proper maintenance and increased performance of cooling system we can able to minimize the losses in transformers.

The composites materials which added in aluminum 2024 and 7075 series materials Aluminum matrix composites (AMC S) refers to the class of light weight high performance in aluminum material. A good mixture of high strength abrasives increases strength of the materials. The aluminum based metal matrix composites (MMC s) have introduced in the materia...

The composites materials which added in aluminum 2024 and 7075 series materials Aluminum matrix composites (AMC S) refers to the class of light weight high performance in aluminum material. A good mixture of high strength abrasives increases strength of the materials. The aluminum based metal matrix composites (MMC s) have introduced in the materia...

Shot peening procedures developed over the ago in substantial improvements of fatigue properties and Fatigue life. The use of shot peening on aluminium 7075-T6 plates to improve fatigue properties and improve resistance to stress on the corrosion cracking with help of glass beads and various peening methods. When these components subsequently are l...

In recent trend, the most used fiber reinforced composite is the glass fiber composite. The glass-fiber composites have high strength and mechanical properties but it is costlier than sisal and jute fiber. Though the availability of the sisal and jute fiber is more, it cannot be used for high strength applications. A high strength-low cost fiber ma...