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Full-Text Articles in Engineering Science and Materials
Computational Dynamics And Virtual Dragline Simulation For Extended Rope Service Life, Muhammad Wardeh
Computational Dynamics And Virtual Dragline Simulation For Extended Rope Service Life, Muhammad Wardeh
Doctoral Dissertations
"The dragline machinery is one of the largest equipment for stripping overburden materials in surface mining operations. Its effectiveness requires rigorous kinematic and dynamic analyses. Current dragline research studies are limited in computational dynamic modeling because they eliminate important structural components from the front-end assembly. Thus, the derived kinematic, dynamic and stress intensity models fail to capture the true response of the dragline under full operating cycle conditions. This research study advances a new and robust computational dynamic model of the dragline front-end assembly using Kane's method. The model is a 3-DOF dynamic model that describes the spatial kinematics and …
Helical Force Flow: A New Engineering Mechanics Model For Biological Materials, Jeffery S. Thomas
Helical Force Flow: A New Engineering Mechanics Model For Biological Materials, Jeffery S. Thomas
Doctoral Dissertations
"The author has long speculated that the prevalence of helical structures in botany and zoology hints to an optimized pathway for force and/or energy transfer. His goal has been to realize an alternative approach to the standard stress analysis used in engineering in order to more efficiently and accurately deal with biological materials. Improved tools for these natural materials should in turn aid the design and analysis of engineered materials. Following the role of a navigator in leaf C. Levesque's book "Breakthrough Creativity", the author typically searches for ideas in a variety of places, including physics, materials science, biomimetics, dimensional …