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1 Feb 27, 2023
Review Study for Performance Enhancement of Crankshaft Through Weight Reduction via Static Structural Analysis on ANSYS

Crankshafts are one of the important components in any IC engine. Current research paper reviews various previous researches & the advancements in the field of crankshafts. Current paper reviews the researches related to performance enhancement of the crankshaft by using several ne materials so that weight reduction in the crankshaft is achieved....

Authors: Mumtaz Alam Ansari, Yogesh Yadav , B.S. Choudhary.

2 Feb 27, 2023
Performance Enhancement of Spur Gears Through Weight Reduction via Static Structural Analysis- A Review Study

Gearing application is an important feature in the mechanical industry which is required for transmission of power between to shafts. Taking this aspect as the base, current research study focuses on reviewing the enhancement of performance of spur gears using different new kind of materials specially composite materials, through static structural analysis. Several results which ere obtained through this study, include- Spur gears have been in continuous focus of the researchers for their process optimization. Spur gears have been mostly analyzed for their material using ANSYS software through Static Structural Analysis module. During analysis of the spur gears, weight, volume & power have been mostly studied output parameters. Face width has mostly been studied for its effect on contact stress & face width if found to be inversely proportional to contact stress. As far as material optimization of spur gears is concerned, composite materials have been found out to be possible alternatives to the conventional material....

Authors: Rajkapoor Jaiswal, Mahendra Prajapati , B.S. Choudhary.

3 Feb 27, 2023
Performance Enhancement of Spur Gears Through Weight Reduction via Static Structural Analysis- A Review Study

Gearing application is an important feature in the mechanical industry which is required for transmission of power between to shafts. Taking this aspect as the base, current research study focuses on reviewing the enhancement of performance of spur gears using different new kind of materials specially composite materials, through static structural analysis. Several results which ere obtained through this study, include- Spur gears have been in continuous focus of the researchers for their process optimization. Spur gears have been mostly analyzed for their material using ANSYS software through Static Structural Analysis module. During analysis of the spur gears, weight, volume & power have been mostly studied output parameters. Face width has mostly been studied for its effect on contact stress & face width if found to be inversely proportional to contact stress. As far as material optimization of spur gears is concerned, composite materials have been found out to be possible alternatives to the conventional material....

Authors: Rajkapoor Jaiswal, Mahendra Prajapati , B.S. Choudhary.

4 Feb 27, 2023
Performance Enhancement of Automobile Piston Through Weight Reduction via Static Structural Analysis-A Review Study

Piston is an integral part of any automobile. Piston moves in a to and fro direction (between TDC & BDC or IDC to ODC) based on the position of engine assembly in order to control the in-flow & out-flow of the charge from the engine assembly. Piston is generally made from mild steel or aluminium alloy. When made from mild steel, weight of piston remains higher which needs to be lowered by changing the material of the piston. Current research paper revies several previous studies conducted in the concerned field. Results of the study conclude that piston has remained one of the prominent components as far as their optimization is concerned. Study also finds that several studies focusing on optimization of piston have been conducted. Composite materials have been identified as the probable substitute for the conventional material which is used for piston...

Authors: Ravi Kumar , Akshay Anand , B.S. Choudhary.

5 Feb 27, 2023
Design Optimization of Die Extrusion Parameters for different shapes of Die- A Review Study

Forming is a mechanical process used in manufacturing industries wherein materials (mostly metals) undergo plastic deformations and acquire required shapes and sizes by application of suitable stresses such as compression, shear and tension. Current research reviews the state of the art in case of Die extrusion process. On the basis of review of the previous literature several conclusions can be drawn for example- Die extrusion has been one of the most prominently employed metal forming process all across the globe and is having its distinguished advantages over other type of metal forming processes, Because of its advantages & importance, numerous researchers have analysed the process of die extrusion in order to enhance the overall performance of die extrusion, For performance enhancement several process parameters have been marked to be important for example ramming speed, die angle, die cross section, flow velocity etc., All the process parameters have their impact on the performance of the die extrusion, Die angle is the most important process parameter of them all when performance optimization of die extrusion is concerned. ...

Authors: Chandrashekhar Gahlaut, B.S. Choudhary.

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