Design and performance evaluation of centrifugal cashew nut sheller for improving the whole kernel recovery

Design and performance evaluation of centrifugal cashew nut sheller for improving the whole kernel recovery

~ 8793a8e3b7165be18121e1c8a26a5b32.200x200
Cashew nut centrifugal shelling machine was designed and constructed. Shelling efficiency and whole kernel recovery were evaluated for hot-oil roasted nuts on the machine. The design was based on the principle of the optimum kinetic energy that could break the cashew nut shell. The deformation energy used was 4.8763 J. The angular velocity of the impeller calculatec! from the energy was...
 
Published at Agricultural Engineering International: CIGR Journal
Volume 20
Issue 1
Pages 1-9
Published in 2018
 
Download 843.70 kB
 
 
 
Oluwaseun Kilanko, Sunday Joshua Ojolo, Anthony Omieraokholen Inegbenebor, Titus Adeyinka Ilori, Richard Oluwafemi Leramo, Philip Olufemi Babalola, Sunday Olayinka Oyedepo
BABALOLA Philip Olufemi » Dr. Engr. Babalola is a proven consulting engineer and have succeeded in turning many engineering ideas into reality all over the country, from design stage all through to project completion. He is teaching metallurgy, advanced engineering materials, internal combustion engines, fluid power systems, heat transfer, engineering law, engineering management, engineering entrepreneurship,... view full profile
BABALOLA Philip Olufemi
 
Other publications by this author (view profile)
 
 
Effect of Building Orientation on Energy Conservation
 
Design and Construction of Tilting Furnace for Producing Aluminium Matrix Composites
 
Nigerian Capacity for the Development of Advanced Engineering Materials
 
Non-Convective Solar Pond as a Thermal Energy Source
 
Design and Construction of Parabolic Solar Heater using Polymer Matrix Composite
 
Electromechanical Systems in Building Services Engineering
 
Development of Aluminium Matrix Composites-A review
 
The Development of Molecular-based Materials for Electrical and Electronic Industries
 
A Study on Energy Demand and Consumption in Covenant University, Ota, Nigeria
 
The Development of Molecular-Based Materials for Electrical and Electronic Applications
 
Influence of the Grit size of Silicon Carbide Particles on the Mechanical and Electrical Properties of Stir Casting Aluminum Matrix Composite Material
 
Artificial Neural Network Prediction of Aluminium Metal Matrix Composite with Silicon Carbide Particles Developed Using Stir Casting Method
 
Assessment of Energy Saving Potentials in Covenant University, Nigeria
 
Thermodynamic Performance Analysis and Optimization of Domestic Refrigerator with Varying Refrigerant Charge and Capillary Tube Lengths
 
Aluminum Silicon Carbide Particulate Metal Matrix Composite Development Via Stir Casting Processing
 
Evaluation of the synergistic properties of 4-hydroxy-3-methoxybenzaldehyde and 1, 4-diaminobenzene on the electrochemical corrosion behaviour of mild steel in dilute acid solutions
 
A COMPARATIVE EXPERIMENTAL STUDY ON PERFORMANCE OF DOMESTIC REFRIGERATOR USING R600A AND LPG WITH VARYING REFRIGERANT CHARGE AND CAPILLARY TUBE LENGTH
 
A COMPARATIVE STUDY ON THE PERFORMANCE OF THE DOMESTIC REFRIGERATOR USING R600A AND LPG WITH VARYING REFRIGERANT CHARGE AND CAPILLARY TUBE LENGTH
 
The Development of Fume Extractor for a Welding Booth
 
Empirical Models for Mechanical and Electrical Characteristics of Wrought Aluminium Alloy Reinforced with Silicon Carbide Particles
 
Graphical Representations of Experimental and ANN Predicted Data for Mechanical and Electrical Properties of AlSiC Composite Prepared by Stir Casting Method
 
ynthesizing a Metal Matrix Composite (Al- Al2O3) from Aluminium (AA1237) Reinforced with Alumina (Al2O3) Particulates
 
200 Watts Portable Solar Generator for a Typical Barbing Salon
 
Effect of Pre-Shelling Treatment on Physical and Mechanical Properties of Cashew Nut
 
Towards a Sustainable Electricity Supply in Nigeria: The Role of Decentralized Renewable Energy System
 
Analysis of SiC grain size variation and NaCl concentration on the corrosion susceptibility of AA1070 aluminium matrix composites