A Sustainable Design for Shaft Straightening Process using Hydraulic Jack
Journal Title: International Journal for Research in Applied Science and Engineering Technology (IJRASET) - Year 2017, Vol 5, Issue 3
Abstract
This paper deals with improvements in shaft straighteners. It is particularly for straightening the shafts used in the submersible pumps which become bent in service. It has been found that the shafts of submersible pumps become bent from various causes and however the shafts being bent from end to end. The method used before for correcting this condition usually involved hydraulic press, in that deflection is measured separately by using dial gauge and removed separately by using hydraulic press. Such a method however is objectionable as it is not only slow and laborious but also produces uncertain results. The experimental set up consists of hydraulic jack, travelling ram with bearings and dial gauge are using for removing the deflection in the shafts. This method is most suitable and needs less time for removing the bends in the shafts.
Authors and Affiliations
Bala Kumaran M, Karthik K, Praveen M, Vengatesh M, Harishkumar S
Keywords
Related Articles
- EP ID EP23605
- DOI http://doi.org/10.22214/ijraset.2017.3145
- Views 314
- Downloads 11
Forecasting Of Short Term Wind Power Using ARIMA Method
Wind power, i.e., electrical energy produced making use of the wind resource, is being nowadays constantly connected to the electrical system. This has a non-negligible impact, raising issues like network stability and...
Privacy Preserving Data Sharing with CP-ABE
With the recent adoption and diffusion of the data sharing paradigm in distributed systems such as online social networks or cloud computing, there have been increasing demands and concerns for distributed data security...
Process Capability Analysis of High Pressure Die Casting Process for Cap Manufacturing
Process capability of any process is measure of ability of process to produce components as per specifications required. Components manufactured from high pressure die casting (H.P.D.C.) process shows defects like poros...
Delamination Analysis of GFRP Composites by using Drill Tool
A composite material can be defined as ‘a multiphase material with chemically dissimilar phases separated by a distinct interphase’. For various engineering applications GFRP composites are steadily replacing the metals...
Comparison between Neural Network and Fuzzy Logic on Assessment of Long Term Concrete Compressive Strength and Expansion Due To Sulfate Attack
This study is divided into two phases. Phase I includes assessment of the validation of neural network and fuzzy logic in predicting mortar and concrete properties due to sulfate attack. These properties include expansi...