Conservation tillage technology (CTT) is a promising and efficient method for farmland
protection and utilization. As one of the core technologies of CTT, mechanical subsoiling has …

Rapid advancements in technology, particularly in soil tools and agricultural machinery,
have led to the proliferation of mechanized agriculture. The interaction between such …

Highlights•Determination of stress on chisel shank and tillage machine frame.•Soil model
penetration resistance was modelled using DEM.•Transient task analysis made by ANSYS …

This study aimed to evaluate the ability of the response surface methodology (RSM)
approach to predict the tractive performance of an agricultural tractor during semi-deep …

Soil tillage resistance poses an ongoing challenge to researchers and designers. This
article aims to provide a prediction method for the resistance of soil to failure created by the …

The aim of this paper was to predict and optimize the overall energy efficiency (OEE) of a
tractor-implement system in semi-deep tillage via response surface methodology (RSM) …

Purpose Multivariate intelligent simulation of engineering phenomena can be a supportive
manner for integrated realization of compound patterns of involved parameters. This paper …

Highlights•It is efficient to design subsoilers according to required tillage depths.•A model
can be used to design curved subsoilers with low specific resistance.•Subsoilers exhibit …

In this study, artificial neural networks (ANNs) were used to predict the draft force of a rigid
tine chisel cultivator. The factorial experiment based on the randomized complete block …

In this research, experimental field tests and an advanced computer aided design and
engineering (CAD and CAE) based application algorithm was developed and tested. The …