Publications by Alain Schorderet

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In alpine skiing, understanding the interaction between skiers and snow is of primary importance for both injury prevention as well as performance analysis. Risk of injuries is directly linked to constraints undergone by the skier. A force platform placed ...

A novel method is presented for estimating the elastic and dissipative parameters of composite plates and shells through a mixed numerical-experimental identification procedure based on the natural frequencies, modal damping factors and mode shapes of the ...

This paper describes efficient C-0-compatible finite elements for modelling structurally damped laminated composite plates and shells under harmonic vibrations. Based upon a shear deformation theory of any order p (PSDT), the elements are well adapted for ...

Inertially aided satellite positioning can bring its benefits to all disciplines in which detailed knowledge of the trajectory is a prerequisite for improving performance. In motorcycling for instance, the determination of slips of tires requires the deter ...

Ultrasonic assistance is widely used in manufacturing, both for conventional (e. g. grinding, drilling) and non-conventional (e. g. EDM) processes. Ultrasonic machining is also used as a stand alone process for instance for micro-drilling. Industrial application of these processes requires increasingly efficient and accurate development tools to predict the performance of the ultrasonic device: the so-called sonotrode and the piezo-transducer. This electromechanical system consists of a structural part and

Brittle materials such as ceramics, glasses and oxide single crystals find increasing applications in advanced micro-engineering products. Machining small features in such materials represents a manufacturing challenge. Ultrasonic drilling constitutes a promising technique for realizing simple micro-holes of high diameter-to-depth ratio. The process involves impacting abrasive particles in suspension in a liquid slurry between tool and work piece. Among the process performance criteria, the drilling time (p

This work validates the use of integrated polyvinylidene fluoride (PVDF) film sensors for dynamic testing, even after being subjected to UV-thermo-hygro-mechanical accelerated ageing conditions. The verification of PVDF sensors' survivability in these envi ...

A mixed numerical-experimental identification procedure for estimating the storage and loss properties in sandwich structures with a soft core is developed The proposed method uses at the experimental level a precise measurement setup with an electro-dynam ...

Alain Schorderet

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Development of a New Embedded Dynamometer for the Measurement of Forces and Torques at the Ski-Binding Interface

Numerical-experimental identification of the elastic and damping properties in composite plates

A PSDT shell finite element formulation including structural damping

Accurate Trajectory and Orientation of a Motorcycle derived from low-cost Satellite and Inertial Measurement Systems

A Combined Structural and Electromechanical FE Approach for Industrial Ultrasonic Devices Design

Effects of Process Parameters on Ultrasonic Micro-Hole Drilling in Glass and Ruby

Survivability of integrated PVDF film sensors to accelerated ageing conditions in aeronautical/aerospace structures

Identification of the elastic and damping properties in sandwich structures with a low core-to-skin stiffness ratio

Improved dynamic characterization of the elastic properties in composite plates

Improved modal characterization of the constitutive parameters in multilayered plates

Numerical-experimental identification of the elastic and dissipative properties in composite sandwich plates

A mixed numerical-experimental identification method for evaluating the constitutive parameters of composite laminated shells

Inverse method based on modal analysis for characterizing the constitutive properties of thick composite plates

Evaluation of a dissipative finite element model for modal identification application

Modal material identification method using a dissipative finite element model

Modal identification of composite structures modelled with FSDT and HSDT laminated shell finite elements

Numerical-experimental identification of the elastic properties in composite shells

Modal validation of a set of C0 compatible composite shell elements

MAFE, a Code for Modal Analysis by Finite Elements (including Substructuring and Modal Synthesis).

Identification by modal analysis of composite structures modelled with FSDT and HSDT laminated shell finite elements