Damage to Seeds by the Working Bodies of Continuous Machines
Journal Title: International Journal of Mechanical and Production Engineering Research and Development (IJMPERD ) - Year 2019, Vol 9, Issue 5
Abstract
This article deals with the analysis of damaging effect of pre-sowing technological processes on seeds treated with continuous machines, subject to macro and micro damages incurred by the working bodies. Various process flow diagrams with the participation of machinery with various working bodies are considered. The analysis of the pre technological process with continuous machines showed that screw working bodies have the greatest impact on seed damage during pre-sowing treatment. Damage to the seeds by screw working bodies ranges from 34.6 to 50.0% of the treated seeds. To reduce the loss of seeds of grain and leguminous crops it is necessary to exclude the use of screw working bodies in pre-sowing treatment of seeds.
Authors and Affiliations
Maia Viktorovna Sukhanova, Viktor Petrovich Zabrodin
Keywords
Related Articles
- EP ID EP671661
- DOI 10.24247/ijmperdoct201932
- Views 89
- Downloads 0
The Experimental Studies of Heat Transfer and Friction Factor in a Roughened Solar Air Heater using Arc Rib Geometries
Solar air heater utilizes rib roughness to enhance heat transfer. Experimental investigation has been conducted to study heat transfer and efficiency improvement in solar air heater using the arc rib roughness. Rib rough...
Comparing Parametric Optimization of the Machining Parameters of Al2024-Sic for MRR using Taguchi and Applied Statistical Plots
In today’s competitive world, the industries should have production systems which are capable of versatility, high production rate, precision and ability to produce highly finished goods. Due to this the value of input m...
Raw Material Captcha Security, Applied Through Zopfia Technique
In the manufacturing unit, production plays the important role. Requirement analysis, procuring materials from the third party vendors, quality checking towards the product and storage are the main integral segments, in...
The Role of Multi-Scale Finite Element Methods in Analysis and Design of Advanced Mechanical and Aerospace Structures
The fast rise of nanotechnology and the corresponding discovery of novel nanomaterials and nanostructures have attracted the attention of the research, scientific, as well as business community for finding possible effec...
Evaluation of High Speed Diesel Engine Performance and Charecteristics of its Emissions with Carbon Nanotubes Added Ethanol-Diesel Blends
The main criteria of this experimental work is to study and analyze the performance and emission characteristics of a high speed single cylinder 4 stroke kirloskar AV1 Diesel engine with the carbon nanotubes, added with...