(a) wood splitter: 1 – flywheel (driving link); 2 – connecting rod; 3 – springs; 4 – slider (pressing plate); 5 – split knife; 6 – machine body frame; 7 – trough to drain firewood; 8 – firewood after being split; 9 – firewood supply structure; 10 – firewood before being split; 11 – gearbox; (b) Actuator structure of wood splitter: the slider crank mechanism system with spring application [1].

(a) wood splitter: 1 – flywheel (driving link); 2 – connecting rod; 3 – springs; 4 – slider (pressing plate); 5 – split knife; 6 – machine body frame; 7 – trough to drain firewood; 8 – firewood after being split; 9 – firewood supply structure; 10 – firewood before being split; 11 – gearbox;...

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Bibliographic Details
Main Author:	Hoang Minh Dang (22208489) (author)
Other Authors:	Van Binh Phung (22208492) (author), Van Thanh Tien Nguyen (19469771) (author)
Published:	2025
Subjects:	Biophysics Biotechnology Space Science Biological Sciences not elsewhere classified Mathematical Sciences not elsewhere classified Physical Sciences not elsewhere classified Information Systems not elsewhere classified various mechanical systems pressing challenge due parameter space investigation methodology &# 8217 mathematical model evaluates commonly used agricultural based dynamic enhancement optimize dynamic performance dynamic performance remains critical performance parameters measure splitting forces different wood types performance objectives wood splitter joint forces xlink "> torque demands results demonstrate psi ). orthogonal shift joint reactions industrial machine improved efficiency experimental tests excessive torque energy efficiency energy consumption crank mechanisms crank mechanism conventional designs conjugate direction case study
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