Emiliano Mucchi

Assistant Professor

University of Ferrara

Italy

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Emiliano Mucchi is an Assistant Professor at Università degli Studi di Ferrara, Italy. His research areas encompass the kinematic design of balanced vane pumps, multi-axial fatigue damage evaluation, and the dynamics of spur and bevel gears. He has contributed to advancements in vibration-based sound power estimation and hydraulic circuit performance analysis.

Emiliano Mucchi

Research Interests

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Articles (20)

Advantages of elliptical tip vanes on the kinematic design of balanced vane pumps

A multi-axial Fatigue Damage Spectrum for the evaluation of the fatigue damage potential of multi-axis random vibration environments

The Bevel Local Slope Approach: A method for mesh stiffness estimation in spur, helical and spiral bevel gears

Vibration-based sound power level estimation: A method to reduce the number of sensors

A relationship between fatigue damage estimation under multi-axis and single-axis random vibration

Physics-based prognostics of rolling-element bearings: The equivalent damaged volume algorithm

Combining the Asymptotic Numerical Method with the Harmonic Balance Method to capture the nonlinear dynamics of spur gears

Influence of the Hydraulic Circuit Setup on the Dynamic Performance of an Axial Piston Pump by Numerical and Experimental Analysis

Rattle detection in powertrain transmissions based on vibro-acoustical measurements

A novel experimental method for measuring oil film thickness in balanced vane pumps

Comprehensive lumped parameter and multibody approach for the dynamic simulation of agricultural tractors with tyre–soil interaction

A procedure for the assessment of unknown parameters in modeling defective bearings through multi-objective optimization

Assessment of the finger contact surface to promote the spin motion in finger follower mechanisms

A Critical Analysis of Finite-Element Modeling Procedures for Radial Bearing Stiffness Estimation

Design Multistage External Gear Pumps for Dry Sump Systems: Methodology and Application

On the assessment of lumped parameter models for gear pump performance prediction

A laser triangulation sensor for vibrational structural analysis and diagnostics

Analyses of drives power reduction techniques for multi-axis random vibration control tests

Analytical determination of the vane radial loads in balanced vane pumps

Comparison of single-input single-output and multi-input multi-output control strategies for performing sequential single-axis random vibration control test

Collaborators (4)

Patrick Guillaume

Alessio Suman

Giorgio Dalpiaz

Marco Polastri

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