Rake angle is a key parameter of subsoiler structural design and has important impacts on subsoiler performance. In this study, the high-speed photographic technique is used to understand the mechanisms by which the rake angle of an arrow subsoiler (angles of 18°, 23°, and 28°) impacts soil crushing. The following results were obtained. (1) Rake angle is the main factor that influences the soil crushing process. Changing the rake angle can induce changes in the interactions between the subsoiler and soil, impacting soil crushing performance. (2) Rake angle has important impacts on the soil disturbance state. The horizontal soil disturbance distance increases and the vertical soil elevation decreases when the rake angle is increased. For a f...
Bentleg furrow openers can significantly reduce soil disturbance and reaction forces relative to con...
The performance of animal drawn implements should be within the range of the pulling capacity of dra...
High operating speeds are desirable, different seeding depths are required, and low soil disturbance...
Establishing optimal technological and design parameters of tillage tools is essential for ensuring ...
Soil compaction can reduce crop yields by restricting root development. In-row subsoiling is a commo...
Subsoiling has been acknowledged worldwide to break compacted hardpan, improve soil permeability and...
IntroductionTillage is one of the most important field operations to improve soil structure and phys...
In this study, the effect of rake angle of a ripper plough on the draft requirement in a sandy-clay ...
ABSTRACT. Aboveground soil disruption prior to planting is avoided in conservation tillage systems d...
High-quality preparation of the soil for sowing various crops is very important for obtaining optima...
Subsoiling (SS) is an important technology in conservation tillage, but soil-disturbance characteris...
Decreasing draft force of tillage tools is always one of the important concepts in tillage operation...
Due to the use of heavy machines, mechanical deformation with the inevitable deterioration in its ph...
The bentleg opener was developed to overcome the high soil disturbance caused by straight narrow poi...
The present-day agriculture involves anthropogenic effects on the soil, including the compaction and...
Bentleg furrow openers can significantly reduce soil disturbance and reaction forces relative to con...
The performance of animal drawn implements should be within the range of the pulling capacity of dra...
High operating speeds are desirable, different seeding depths are required, and low soil disturbance...
Establishing optimal technological and design parameters of tillage tools is essential for ensuring ...
Soil compaction can reduce crop yields by restricting root development. In-row subsoiling is a commo...
Subsoiling has been acknowledged worldwide to break compacted hardpan, improve soil permeability and...
IntroductionTillage is one of the most important field operations to improve soil structure and phys...
In this study, the effect of rake angle of a ripper plough on the draft requirement in a sandy-clay ...
ABSTRACT. Aboveground soil disruption prior to planting is avoided in conservation tillage systems d...
High-quality preparation of the soil for sowing various crops is very important for obtaining optima...
Subsoiling (SS) is an important technology in conservation tillage, but soil-disturbance characteris...
Decreasing draft force of tillage tools is always one of the important concepts in tillage operation...
Due to the use of heavy machines, mechanical deformation with the inevitable deterioration in its ph...
The bentleg opener was developed to overcome the high soil disturbance caused by straight narrow poi...
The present-day agriculture involves anthropogenic effects on the soil, including the compaction and...
Bentleg furrow openers can significantly reduce soil disturbance and reaction forces relative to con...
The performance of animal drawn implements should be within the range of the pulling capacity of dra...
High operating speeds are desirable, different seeding depths are required, and low soil disturbance...