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Innovative Design and Application of Modern Agricultural Machinery Systems in Cropping Systems
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In modern societies, an ample food supply remains a critical challenge. To meet this demand, it is crucial to improve agricultural machinery for sustainable farming. However, the efficiency and productivity of broadacre farming both heavily depend on the utilized machinery systems. Different mechanical systems are used in various types of cropping systems. There is an urgent need for innovative and common mechanical systems to meet the growing global demands. The rising costs of energy, fertilizers, chemicals, and labor only add to the urgency, thus compelling farmers and the agricultural industry to seek more cost-effective solutions. These solutions must enhance production efficiency while ensuring profitability and affordability for consumers. Moreover, the imperative of environmental sustainability urges the adoption of novel agricultural techniques that safeguard soil health and minimize ecological impact. With these challenges and opportunities in mind, we announced this Special Issue and collected research on the designs and applications of modern agricultural machinery systems. The themes include a range of topics that are crucial for advancing agricultural production, including tillage, seeding, fertilization, harvesting, tractor technology, and control and automation systems: Innovative tillage and seeding technologies; Advances in fertilization methods and equipment; Cutting-edge harvesting technologies; Modern tractor technologies and their applications; Control and automation systems in agriculture; Precision agriculture and smart farming technologies.
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Keywords
- A
- adaptive sliding mode
- Agricultural Engineering
- Agricultural machinery
- agricultural mechanization
- agricultural tractor
- bayesian optimization
- Binary logic transmission unit
- Biomass
- canola
- Chopper harvester
- compaction
- control system
- Corn threshing
- CPT
- deep learning
- Depth regulator
- Design method and process
- Dual-zone weeding
- Dynamic simulation model
- Electric tracked agricultural chassis
- Emergence capacity
- emergence rate
- end-effector
- failure
- fatigue life
- fault diagnosis
- Feeder
- fertiliser
- Field loss ratio of harvesting
- Field management
- field test
- field validation
- Front-end loader
- Fruit picking robot
- fuzzy logic control
- Gas–solid coupling
- Grain damage
- Granular behavior
- Height adjustable workstation
- Hilly and mountainous terrains
- HMCVT
- Hybrid-SPH
- Hydroponic greenhouse
- Improved double-loop feedback fuzzy PID
- Improved neural network algorithm
- Inter-turn short-circuit (ITSC) fault
- joint simulation
- Knotter
- Lodged sugarcane
- Maize
- Miniature tracked forestry tractor
- Minimum turning radius
- moisture content
- Multi module integration method
- N
- Orchard operation-aid platform
- overturning
- parameter optimization
- particle swarm optimization
- path tracking
- Peanut seeder
- Permanent magnet synchronous motors (PMSMs)
- pineapple
- Pneumatic conveying and distributing fertilizer machine
- prediction model
- Probability Distribution
- Regression analysis
- Reliability optimization design
- Rollover
- Rollover analysis
- Rotary tillage
- Sandy loam soil
- Seeding depth
- Seeding uniformity
- Single-track braking steering
- Soil
- soil compaction
- Soil-tire
- Sowing depth
- Sowing grain
- specific fuel consumption
- SPH
- Static safety factor
- Static sidelong falling angle
- strip tillage
- Structural improvements
- structural safety
- Sugarcane planter
- support vector regression
- Surface resistance
- thema EDItEUR::G Reference, Information and Interdisciplinary subjects::GP Research and information: general
- thema EDItEUR::P Mathematics and Science::PS Biology, life sciences
- Threshing cylinder
- Tool interaction
- tractor
- Variable universe fuzzy control
- visual servoing
- Vortex flow feeding
- weed detection
- Wet clutch optimization design
- workspace
Links
DOI: 10.3390/books978-3-7258-6166-8Editions