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Investigation and Study of Dry Erosion Behavior Using Dry Erosion Impact Test Rig


Affiliations
1 Mechanical Engineering Department, IET BHADDAL, Ropar (Punjab), India
 

In the industries, there are different types of materials used for the different kind of purposes & works. Materials are selected for various purposes according to their different kind of properties. But after long interval of time material get eroded due to erosion. Erosion is mainly caused by sliding & colliding action of solid, liquid & gaseous particles over the surface of component in service. Present work investigated the dry erosion behavior of AISI304 Steel under different condition such, velocity, impact angle and concentration. Dry erosion testing was carried out for the duration of 45 min. Testing was carried out on laboratory developed apparatus. For proper interaction of various parameters and to analyze their influence statistical technique such as Taguchi l9 orthogonal array was used for Design of Experiment. Result obtained by the experimentation was further analyzed using Taguchi approach. Regression equations are modeled for modeling of the dry erosion process of AISI 304 steel. It was found that AISI 304 Steel shown best resistance at impact angle of 90°. It was found that velocity has significant effect on the erosion rate of material.

Keywords

Dry Erosion, Erosive Wear, Material, Rig, Statistical Technique.
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Abstract Views: 142

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  • Investigation and Study of Dry Erosion Behavior Using Dry Erosion Impact Test Rig

Abstract Views: 142  |  PDF Views: 0

Authors

Nihal Sharma
Mechanical Engineering Department, IET BHADDAL, Ropar (Punjab), India
Shubham Kumar
Mechanical Engineering Department, IET BHADDAL, Ropar (Punjab), India
Aditya Soni
Mechanical Engineering Department, IET BHADDAL, Ropar (Punjab), India

Abstract


In the industries, there are different types of materials used for the different kind of purposes & works. Materials are selected for various purposes according to their different kind of properties. But after long interval of time material get eroded due to erosion. Erosion is mainly caused by sliding & colliding action of solid, liquid & gaseous particles over the surface of component in service. Present work investigated the dry erosion behavior of AISI304 Steel under different condition such, velocity, impact angle and concentration. Dry erosion testing was carried out for the duration of 45 min. Testing was carried out on laboratory developed apparatus. For proper interaction of various parameters and to analyze their influence statistical technique such as Taguchi l9 orthogonal array was used for Design of Experiment. Result obtained by the experimentation was further analyzed using Taguchi approach. Regression equations are modeled for modeling of the dry erosion process of AISI 304 steel. It was found that AISI 304 Steel shown best resistance at impact angle of 90°. It was found that velocity has significant effect on the erosion rate of material.

Keywords


Dry Erosion, Erosive Wear, Material, Rig, Statistical Technique.

References