Luciano Teresi

About

I am Professor of Mathematical Physics at University Roma TRE. My scientific interests pertain to Soft Matter, and Continuum Physics. Besides theoretical modeling, I especially like computer simulations. I also advise a team of special students in the Lab of Computational Sciences at Dept. of Mathematics and Physics.

Here is my page at Research Gate; email: luciano.teresi@uniroma3.it

Gel Dynamics: a Continuum Mechanics Perspective

Classroom Notes for the 2nd IEEE Italy-Section Summer School: μMBioEng 2016 Multiscale Bioengineering: from Molecules to organs.

School of Engineering, Università degli Studi di Perugia, Italy, June, 6 -10, 2016.

Gel Dynamics: a Continuum Mechanics Perspective

RESEARCH HIGHLIGTHS

GEOMETRY & MECHANICS

SOFT MATTER

BIOMECHANICS

SHAPE ANALYSIS

LT, P. Piras, S. Gabriele, F. Milicchio, V. Varano

Shape Deformation From Metric’s Transport

Submitted (2019)

M. Curatolo, P. Nardinocchi, LT, D. Holmes

Swelling effects on localized adhesion of an elastic ribbon

PRSA (2019)

I.C. Cervantes, V. Sansalone, LT

The heart function as a motor-brake system

J. Theoretical Biology (2019)


F. Milicchio, V. Varano, S. Gabriele, LT, P. E. Puddu, P. Piras

Parallel transport of local strains

Comp. Methods in Biomech. and Biomed. Engineering: Imaging & Visualization (2018)

M. Minozzi, P. Nardinocchi, LT, V. Varano

Growth-induced compatible strains

Mathematics and Mechanics of Solids (2017)

M. Curatolo, P. Nardinocchi, LT

Driving water cavitation in a hydrogel cavity

SOFT MATTER (2018)

M. Curatolo, LT

Modeling and simulation of fish swimming with active muscles

J. Theoretical Biology (2016)

V. Varano, P. Piras, S. Gabriele, LT, P. Nardinocchi, I.L. Dryden, C. Torromeo, P.E. Puddu

The decomposition of deformation: New metrics to enhance shape analysis in medical imaging.

Medical Image Analysis (2018)

LT, V. Varano

Modeling helicoid to spiral-ribbon transitions of twist- nematic elastomers

Soft Matter (2013)

M. Minozzi, P. Nardinocchi, LT, V. Varano

Growth-induced compatible strains

Mathematics and Mechanics of Solids (2017)

P. Piras, LT, P. E. Puddu, C. Torromeo, A.A. Young, A. Suinesiaputra, P. Medrano-Gracia

Morphologically normalized left ventricular motion indicators from MRI feature tracking characterize myocardial infarction

Scientific Reports (2018)

A. Evangelista, S. Gabriele, P. Nardinocchi, P. Piras, P.E. Puddu, LT, C. Torromeo, V. Varano

Non-invasive assessment of functional strain lines in the real human left ventricle via speckle tracking echocardiography

J. Biomechanics (2015)

P. Nardinocchi, LT, V. Varano

The elastic metric: A review of elasticity with large distortions

Int. J. Non-Linear Mechanics (2013)

M. Curatolo . S. Gabriele . LT

Swelling and growth: a constitutive framework for active solids

MECCANICA (2017)

R. De Vita, R. Grange, P. Nardinocchi, LT

Mathematical model for isometric and isotonic muscle contractions

J. Theoretical Biology (2017)

A. Madeo, P. Piras, F. Re, S. Gabriele, P. Nardinocchi, LT, C. Torromeo, C. Chialastri, M. Schiariti, G. Giura, A. Evangelista, T. Dominici, V. Varano, E. Zachara, P.E. Puddu

A New 4D Trajectory-Based Approach Unveils Abnormal LV Revolution Dynamics in Hypertrophic Cardiomyopathy

PLOS ONE (2015)

S. Abdelmohsen, S. Adriaenssens, . El-Dabaa, S. Gabriele, L. Olivieri, LT

A multi-physics approach for modeling hygroscopic behavior in wood low-tech architectural adaptive systems

Computer Aided Design (2019)