Corn is a crucial crop and has a vital application value in many aspects of our lives.
Mechanical grain harvesting is the developing direction of corn harvesting technology, with …

Threshing is the most important function of grain harvester. Grain loss and damage in
harvesting are significantly related to threshing theory and technology. There are four kinds …

The most widely used rigid threshing component (RTC) currently has a constant problem
with high kernel damage rates. Inspired by the seldom occurrence of kernel damage in …

During maize harvesting, the mechanical action and suboptimal design of threshing systems
often lead to kernel breakage and loss, which can reduce both maize quality and yield. This …

Featured Application This paper aims to reduce the rate of broken and uncleared grain
during the corn threshing process. In terms of structural design, a new corn threshing …

The traditional corn grain harvester threshing device has the problems of high grain
breakage rate, high unthreshed grain rate and high energy consumption when harvesting …

In order to solve the problem of high broken grains caused by high moisture content in corn
harvest in North China, a drum with gradually changing diameter was designed. The …

In a threshing device, identifying the optimum balance between grain damage and grain
loss during threshing is highly relevant while harvesting high-moisture corn ears. The …

This paper takes a local drum-type corn thresher as an example. In order to make the
threshing principle transform to the plate-tooth type, the width of the spike-tooth threshing …

Current corn kernel-cob bonding mechanics models (LSD models) uniformly consider the
bonding force changes during the maize threshing operation as an elastic change, resulting …