Shape Memory and Superelastic Technologies (SMST) (September 21-25, 2008): 1 B - Modeling and Design I
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3 1 B - Modeling and Design I

Monday, September 22, 2008: 11:00 AM-1:00 PM
Room C (Palazzo dei Congressi di Stresa)
Session Chair:
Prof Ferdinando Auricchio
11:00 AM
3.1
Carbon fiber reinforced smart laminates based on nitinol microactuators: numerical modelling and empirical correlations
Dr. Marco Riva, Politecnico di Milano; Dr. Paolo Bettini, Politecnico di Milano; Prof. Giuseppe Sala, Politecnico di Milano; Prof. Luca Di Landro, Politecnico di Milano
11:15 AM
3.2
Implementation of the Mueller – Achenbach – Seelecke model for shape memory alloys in ABAQUS
Mr. Frank Richter, Ruhr-University Bochum
11:30 AM
3.3
Development of a Ni-Mn-Ga Microdevice for Actuation and Sensing
Dr. Berthold Krevet, Forschungszentrum Karlsruhe; Mr. Daniel Auernhammer, University of Karlsruhe; Dr. Makoto Ohtsuka, Tohoku University; Prof. Stefan Seelecke, North Carolina State University; Dr. Manfred Kohl, Forschungszentrum and University of Karlsruhe
11:45 AM
3.4
A computational study on the performance of Ni-Ti rotary endodontic instruments
Dr. Lorenza Petrini, Politecnico di Milano; Mrs. Silvia Necchi, Politecnico di Milano; Prof. Francesco Migliavacca, Politecnico di Milano
12:00 PM
3.5
Parametric design of nitinol wire stents with pyFormex
Dr. Matthieu De Beule, Ghent University; Peter Mortier, Ghent University; Ms. Sofie Van Cauter, Ghent University; Mr. Michele Conti, University of Pavia; Patrick Segers, Ghent University; Prof. Ferdinando Auricchio, Università degli Studi di Pavia; Pascal Verdonck, Ghent University; Benedict Verhegghe, Ghent University
12:15 PM
3.6
Elastohysteresis: an accurate phenomenological model for pseudoelasticity and ferroelasticity 3D Simulation of shape memory alloys under complex loadings
Prof. gerard Rio, Université de Bretagne Sud; Prof. Denis Favier, Grenoble universities; Prof Yinong Liu, University of Western Australia
12:30 PM
Conceptual Design and Simulation of a Compact Shape Memory Actuator for Rotary Motion
Dr. Igor Spinella, Università degli Studi di Modena e Reggio Emilia; G. Sciré Mammano, Università degli Studi di Modena e Reggio Emilia; E. Dragoni, Università degli Studi di Modena e Reggio Emilia
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