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In their paper, the authors present a novel and unconventional crank mechanism. The crank mechanism holds a crucial role within internal combustion (IC) engines, serving as a pivotal component with significant responsibilities. An analysis was conducted by the authors to examine the forces that impact the various elements of the innovative crank mechanism. The examination was carried out by conducting the dynamic simulations on 3D CAD models within SolidWorks software. The primary objective of this analysis was to furnish a comprehensive comparison between the load and kinematics of the unconventional crank mechanism. The aim of this comparative study is to provide a clear insight into the applicability and feasibility of this innovative crank mechanism concept.

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Exploring the Viability of a Unique Piston Mechanism Through Load and Kinematic Analysis

  • 会议论文

  • 发表日期：

    2025年

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  • Dalibor Feher,
  • Jovan Dorić,
  • Dijana Čavić,
  • Maja Čavić,
  • Nebojša Nikolić,
  • Stjepan Galamboš

摘要

In their paper, the authors present a novel and unconventional crank mechanism. The crank mechanism holds a crucial role within internal combustion (IC) engines, serving as a pivotal component with significant responsibilities. An analysis was conducted by the authors to examine the forces that impact the various elements of the innovative crank mechanism. The examination was carried out by conducting the dynamic simulations on 3D CAD models within SolidWorks software. The primary objective of this analysis was to furnish a comprehensive comparison between the load and kinematics of the unconventional crank mechanism. The aim of this comparative study is to provide a clear insight into the applicability and feasibility of this innovative crank mechanism concept.