Soybean - Recent Advances in Research and Applications
Soybean (Glycine max [L.]) contributes 25% of the global edible oil. Globally, soybean area and p... more Soybean (Glycine max [L.]) contributes 25% of the global edible oil. Globally, soybean area and production in 2020 were 127.9 million ha and 379.8 million tons, respectively. Soybean has got early acceptance as an important oilseed crop in India in with approximately 10–11 million ha area. Now, it has become a major crop by replacing the traditional and contemporary popular crops in nearly all parts of India. Climate change effects, like change in Monsoon pattern, increase in dry spell frequencies, heavy rainfall event during crop growth period, extended monsoon at harvesting stage, has drastically influenced the productivity of soybean, which needs attention to identify the constraints and accordingly adapt the climate-resilient technologies. The recent research conclusions revealed that the climate-resilient technologies like selecting suitable varieties, sowing within proper sowing window, broad bed furrow (BBF) method of sowing, dry spell management practices to reduce moisture ...
International Journal of Environment and Climate Change
Drones are now a days emerging as a component of precision agriculture along with contributing to... more Drones are now a days emerging as a component of precision agriculture along with contributing to sustainable agriculture. The use of advanced technologies such as drone in agriculture offer potential for facing several major or minor challenges. The major applications of drone in agriculture are spraying, irrigation, crop monitoring, soil and field analysis and bird control. The objective of this paper is to review the latest trends and applications of leading technologies related to agricultural UAVs equipment, and sensors development. And also, the use of UAVs in real agricultural environments. Based on the literature, found that a lots of agriculture applications can be done by using Drone. In the methodology, we used a comprehensive review from other researches in this world. Furthermore, the future development of agricultural UAVs and their challenges are considered. In this review paper, summarizes the available agricultural drones and applications of UAVs for Precision Agric...
International Journal of Agricultural and Biological Engineering, 2011
A bstract: The computer aided engineering analysis and design optimization of rotary tillage tool... more A bstract: The computer aided engineering analysis and design optimization of rotary tillage tool on the basis of finite element method and simulation method is done by using CAD-software for the structural analysis. The different tillage tool parts of rotary tillage tools are geometrically constructed as a solid model. The actual field performance rating parameters along with boundary conditions are set in the software for 35 hp and 45 hp tractor. The estimated forces acting on soil-tool interface are fed into software as a loading condition. The resultant effects of loading condition on tillage blade and whole rotavator assembly were obtained from stress distribution and deformations plots. The proposed working results in identifying sufficient tolerance in changing the dimensions of rotavator frame sections and side gear box for removing the excess weight in a solid section and also to raise the weight of blade for a reliable strength. The present working model with tillage blade...
In this book the CAD/CAM/CAE-Technology is judiciously used for the contribution to design optimi... more In this book the CAD/CAM/CAE-Technology is judiciously used for the contribution to design optimization of tillage tool system by conducting a simulation experiments using FEM method on geometric solid model. The concept of reverse engineering as well as an innovative approach can be used for geometry creation. The software environment with influencing parameters are set with standards by loading and boundary conditions for developing a computer aided engineering analysis cycle. The software generated simulation reports with a stress distribution&deformations patterns in individual component as well as whole assembly are useful to confirm a design specification. The structural analysis by identifying the scope in design modification is practiced for optimum energy utilization with an economic and efficient use of tillage tool. The application of such methods are introduced for precision manufacturing of agricultural tools & implements. In this issue only sweep & rotary tillage tools...
The traditional method and mechanisms used for dehulling, cracking, shelling, squeezing or pressi... more The traditional method and mechanisms used for dehulling, cracking, shelling, squeezing or pressing of nuts in the post harvesting operation, is constrained to single platform with multi-operational facilities due to the oil splash ,wound making, poisonous material causing a health hazards hence the vertical cut plane with easy exchange facility by chuck mechanism for cutting tool as well as fixture for material for minimum throughput time and human comfort has been considered in the new design called Multi-Nut dehulling machine. The average product material efficiency was 85.29%, mechanical damage was 14.71% out of 100% shelling and the throughput capacity was 0.60 kg/hr for marking nut. This performance was better than the traditional dehulling, notch and curved blade type dehulling. Splashing of the BSL in marking nut dehulling with multi nut dehuller was observed negligible. The Product material efficiency 72.23% , mechanical damage 27.77% and the throughput capacity was 2.48 Kg...
Soybean - Recent Advances in Research and Applications
Soybean (Glycine max [L.]) contributes 25% of the global edible oil. Globally, soybean area and p... more Soybean (Glycine max [L.]) contributes 25% of the global edible oil. Globally, soybean area and production in 2020 were 127.9 million ha and 379.8 million tons, respectively. Soybean has got early acceptance as an important oilseed crop in India in with approximately 10–11 million ha area. Now, it has become a major crop by replacing the traditional and contemporary popular crops in nearly all parts of India. Climate change effects, like change in Monsoon pattern, increase in dry spell frequencies, heavy rainfall event during crop growth period, extended monsoon at harvesting stage, has drastically influenced the productivity of soybean, which needs attention to identify the constraints and accordingly adapt the climate-resilient technologies. The recent research conclusions revealed that the climate-resilient technologies like selecting suitable varieties, sowing within proper sowing window, broad bed furrow (BBF) method of sowing, dry spell management practices to reduce moisture ...
International Journal of Environment and Climate Change
Drones are now a days emerging as a component of precision agriculture along with contributing to... more Drones are now a days emerging as a component of precision agriculture along with contributing to sustainable agriculture. The use of advanced technologies such as drone in agriculture offer potential for facing several major or minor challenges. The major applications of drone in agriculture are spraying, irrigation, crop monitoring, soil and field analysis and bird control. The objective of this paper is to review the latest trends and applications of leading technologies related to agricultural UAVs equipment, and sensors development. And also, the use of UAVs in real agricultural environments. Based on the literature, found that a lots of agriculture applications can be done by using Drone. In the methodology, we used a comprehensive review from other researches in this world. Furthermore, the future development of agricultural UAVs and their challenges are considered. In this review paper, summarizes the available agricultural drones and applications of UAVs for Precision Agric...
International Journal of Agricultural and Biological Engineering, 2011
A bstract: The computer aided engineering analysis and design optimization of rotary tillage tool... more A bstract: The computer aided engineering analysis and design optimization of rotary tillage tool on the basis of finite element method and simulation method is done by using CAD-software for the structural analysis. The different tillage tool parts of rotary tillage tools are geometrically constructed as a solid model. The actual field performance rating parameters along with boundary conditions are set in the software for 35 hp and 45 hp tractor. The estimated forces acting on soil-tool interface are fed into software as a loading condition. The resultant effects of loading condition on tillage blade and whole rotavator assembly were obtained from stress distribution and deformations plots. The proposed working results in identifying sufficient tolerance in changing the dimensions of rotavator frame sections and side gear box for removing the excess weight in a solid section and also to raise the weight of blade for a reliable strength. The present working model with tillage blade...
In this book the CAD/CAM/CAE-Technology is judiciously used for the contribution to design optimi... more In this book the CAD/CAM/CAE-Technology is judiciously used for the contribution to design optimization of tillage tool system by conducting a simulation experiments using FEM method on geometric solid model. The concept of reverse engineering as well as an innovative approach can be used for geometry creation. The software environment with influencing parameters are set with standards by loading and boundary conditions for developing a computer aided engineering analysis cycle. The software generated simulation reports with a stress distribution&deformations patterns in individual component as well as whole assembly are useful to confirm a design specification. The structural analysis by identifying the scope in design modification is practiced for optimum energy utilization with an economic and efficient use of tillage tool. The application of such methods are introduced for precision manufacturing of agricultural tools & implements. In this issue only sweep & rotary tillage tools...
The traditional method and mechanisms used for dehulling, cracking, shelling, squeezing or pressi... more The traditional method and mechanisms used for dehulling, cracking, shelling, squeezing or pressing of nuts in the post harvesting operation, is constrained to single platform with multi-operational facilities due to the oil splash ,wound making, poisonous material causing a health hazards hence the vertical cut plane with easy exchange facility by chuck mechanism for cutting tool as well as fixture for material for minimum throughput time and human comfort has been considered in the new design called Multi-Nut dehulling machine. The average product material efficiency was 85.29%, mechanical damage was 14.71% out of 100% shelling and the throughput capacity was 0.60 kg/hr for marking nut. This performance was better than the traditional dehulling, notch and curved blade type dehulling. Splashing of the BSL in marking nut dehulling with multi nut dehuller was observed negligible. The Product material efficiency 72.23% , mechanical damage 27.77% and the throughput capacity was 2.48 Kg...
Uploads