Ergonomics in CTL harvesting–assisting systems and future visions

H Kymäläinen, C Häggström, T Hujala… - … Journal of Forest …, 2024 - Taylor & Francis
The cut-to-length (CTL) timber harvesting method, prevalent in Northern Europe, requires
well-trained professional staff and ergonomic, efficient machinery. This study investigated …

The sustainable development of Forest food

W Huang, S Chen, X Zhang, X Zhao - Sustainability, 2022 - mdpi.com
This paper aims to study the sustainable development of forest food by exploring the input–
output relationship of forest food value chains (FFVC) and its mediating effect on the integrity …

Design, Assembly and Control of a Differential/Omnidirectional Mobile Robot through Additive Manufacturing

EA Padilla-García, RD Cruz-Morales… - Machines, 2024 - mdpi.com
Although additive manufacturing is a relatively new technology, it has been widely accepted
by industry and academia due to the wide variety of prototypes that can be built …

Neural network as approach for detection of non-compliant semi-finished additive manufactured parts

G D'Urso, M Quarto - International Journal of Mechatronics …, 2023 - inderscienceonline.com
The integration of artificial intelligence and algorithms for the elaboration of data with the
new advanced technologies represents an interesting topic for the definition of reliability and …

Towards Sustainable Forest Operations: Optimal Kinematic Design of a Forwarder Crane

O Mendoza-Trejo, EA Padilla-García… - IFToMM World Congress …, 2023 - Springer
Forestry cranes are essential machines used in Scandinavian forest operations. Despite
their importance, their design has remained unchanged for decades, raising environmental …

Development of Easy-to-Use Crane-Tip Controller for Forestry Crane

S Beom-Soo - Journal of forest and environmental science, 2022 - koreascience.kr
Forestry crane work in a forest harvester or forwarder is regarded as one of most hard work
requiring a very high level of operation skill. The operator must handle two or more multi …