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Design and Application of Agricultural Equipment in Tillage System

Agricultural productivity should increase to meet the growing food demand. Tillage is defined as the mechanical manipulation of agricultural soil, and it is an extremely vital part of crop production, particularly for seedbed preparation and weed control. Tillage operations are carried out using mec...

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Gardado en:
Formato: Online
Idioma:inglés
Publicado: MDPI - Multidisciplinary Digital Publishing Institute 2023
Subjects:
deep learning
machine vision
weeder
smart agriculture
mechanical control
agricultural
unmanned
electrical tractor
no-tillage
disc
spring-tine
soil
property
traffic
rapeseed transplanting
hole-forming device
key components
experiment
electric tractor
motor efficiency
dual motor coupling drive
I-SA algorithm
generalization ability
parameter identification
image processing
two-wheeled robot trailer
steering control
strip farming
no-tillage sowing
sowing strip cleaning
spiral discharge straw
discrete element simulation
anti-blocking and row-sorting
compound planter
ditching
soil separation spiral
discrete element method
parameter optimization
agricultural machinery
HMCVT
correction of characteristics
I-PSO algorithm
parameter match
residual film recovery machine
DEM
virtual simulation
hydro-mechanical continuously variable transmission
tractor
optimization design
simulation experiments
I-GA
geometric principle
plough
ploughshares
durability calculation method
agricultural machine
wear
plasma-hardening surface
simulation
quality improvement
improved genetic algorithm
full-factorial test
single evaluation index modeling method
control strategy
soil cover
discrete element
soil-covering thickness
seed offset
rice combine harvester
throwing device
wind blades
fluid analysis
deflector optimization
throwing width
cotton recovery device
EDEM
parameters optimization
MBD
coupled simulation
seeding
soybean
seed–soil
corn seed
collision restitution coefficient
residual film recovery device
response surface regression model
seedbed clearing and shaping
stone removal rate
seeding furrow
dry direct-seeded rice
discrete element modeling
dual vs. single tyres
rut depth
soil bearing capacity
soil displacement
tractive efficiency
tyre size and inflation pressure
Kmeans
DBSCAN
GMM
tilling depth
well-cellar cavitating mechanism
MBD-DEM bidirectional coupling model
optimal design
cavitating law
flat disc
analytical force prediction model
discrete element method (DEM)
soil-tool interaction
disc seeder
disc blade
force prediction
semi-analytical model
sandy soil
stubble management
no-till sowing
stalk cutting
post-harvest
prototype
multi-body dynamics (MBD)
DEM-MBD coupling
topsoil burial
tillage
traction
compaction
neural networks
support vector regression
fuzzy inference system
adaptive neuro-fuzzy inference system
calibration
DEM contact models
soil dynamics
soil failure
soil forces
cohesive and frictional soils
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thema EDItEUR::T Technology, Engineering, Agriculture, Industrial processes::TB Technology: general issues
thema EDItEUR::T Technology, Engineering, Agriculture, Industrial processes::TB Technology: general issues::TBX History of engineering and technology
Acceso en liña:ONIX_20230511_9783036572949_77
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Summary:Agricultural productivity should increase to meet the growing food demand. Tillage is defined as the mechanical manipulation of agricultural soil, and it is an extremely vital part of crop production, particularly for seedbed preparation and weed control. Tillage operations are carried out using mechanical force, commonly with a tractor-drawn tool to achieve the cutting, inversion, pulverization, and disturbance of soil. A significant part of the energy (from fossil fuels) used in crop production is expended in tillage. This energy use results in greenhouse gas emissions. It is essential that we reduce energy use (hence, greenhouse gas emissions) to achieve sustainable farming practices and improve crop production and design new tillage tools or optimize the existing tools. Although the design and evaluation of tillage tools are generally carried out using analytical methods and field experiments, with recent technological improvements, computer technology has been used for the design and evaluation of tillage tools. Additionally, sensor technology can improve the efficiency of tillage tools. This Special Issue collated innovative papers that make a significant contribution to the design and application of agricultural equipment in tillage systems. It involved original research and review papers from different research fields, such as agricultural engineering, engineering simulation, and precision agriculture.

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