Alfonso Fuentes Aznar

Associate Professor

Rochester Institute of Technology

United States

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Alfonso Fuentes Aznar is an Associate Professor at the Rochester Institute of Technology in the United States. His research areas include gear design strategies, mathematical modeling of gearing systems, and stress analysis of various gear types, as indicated by his recent articles. He explores topics such as the design of rotary actuators and the influence of assembly interference in cylindrical gears.

Alfonso Fuentes Aznar

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Articles (15)

Design strategy for geared rotary actuators based on defined mounting and design conditions

Computerized design and mathematical modeling of spherical pivoting gears for variable shaft angles

Design and Pressure Pulsation Analysis of Pure Rolling External Helical Gear Pumps with Different Tooth Profiles

An exact system of generation for face-milled hypoid gears with uniform depth taper: Application to hypoid gear drives with high gear ratio

Analysis of the tooth-root stress of external spur gears with high effective contact ratio

Computerized design, simulation of meshing, and stress analysis of curvilinear cylindrical gears based on the active design of the meshing line function

Influence of gear–shaft interference fit assembly on the meshing characteristics of cylindrical gears considering comprehensive modifications

Influence of gear-shaft interference fit assembly on the meshing characteristics of cylindrical gears considering comprehensive modifications

An exact system of generation for face-hobbed hypoid gears: Application to high reduction hypoid gear drives

An exact system of generation for face-hobbed hypoid gears: Application to high reduction hypoid gear drives

Computerized design, simulation of meshing and stress analysis of pure rolling internal helical gear drives with combined tooth profiles

Computerized design, simulation of meshing and stress analysis of pure rolling internal helical gear drives with combined tooth profiles

Design considerations and stress analysis of helical gear drives with unequal and offset face widths

Design considerations and stress analysis of helical gear drives with unequal and offset face widths

Computerized Design, Simulation of Meshing and Stress Analysis of External Helical Gear Drives Based on Critical Control Points

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