Juan Carlos Pina
Juan Carlos Pina
Assistant Professor of Structural Engineering
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Thermo-mechanical analyses of heterogeneous materials with a strongly anisotropic phase: the case of cast iron
JC Pina, VG Kouznetsova, MGD Geers
International Journal of Solids and Structures 63, 153-166, 2015
Microstructural study of the mechanical response of compacted graphite iron: an experimental and numerical approach
JC Pina, S Shafqat, VG Kouznetsova, JPM Hoefnagels, MGD Geers
Materials Science and Engineering: A 658, 439-449, 2016
Multiscale modeling of the thermal conductivity of wood and its application to cross-laminated timber
AR Díaz, EIS Flores, SJ Yanez, DA Vasco, JC Pina, CF Guzmán
International Journal of Thermal Sciences 144, 79-92, 2019
Numerical study on the elastic buckling of cross-laminated timber walls subject to compression
JC Pina, EIS Flores, K Saavedra
Construction and Building Materials 199, 82-91, 2019
Elevated temperature creep of pearlitic steels: an experimental–numerical approach
JC Pina, VG Kouznetsova, MGD Geers
Mechanics of Time-Dependent Materials 18 (3), 611-631, 2014
Prediction of longitudinal shear resistance of steel-concrete composite slabs
SM Ahmed, S Avudaiappan, IS Sheet, EIS Flores, JC Pina, SJ Yanez, ...
Engineering Structures 193, 295-300, 2019
Novel experimental method to determine the limit strain by means of thickness variation
RA Iquilio, FMC Cerda, A Monsalve, CF Guzmán, SJ Yanez, JC Pina, ...
International Journal of Mechanical Sciences 153, 208-218, 2019
Elevated temperature thermo-mechanical behaviour of cast irons: a numerical-experimental investigation
JC Pina
An Extension of the Birnbaum-Saunders Distribution as a Model for Fatigue Failure due to Multiple Cracks
R Leiva, A Roy, R Bageta, JC Pina
Journal of Statistical Theory and Practice 9 (1), 88-121, 2015
Numerical investigation on the creep response of concrete structures by means of a multi-scale strategy
MG Dellepiani, CR Vega, JC Pina, EIS Flores
Construction and Building Materials 263, 119867, 2020
Experimental study on the creep response of Chilean Radiata Pine wood
CF Guzmán, JC Pina, EIS Flores, SJ Yanez
CompWood, 18-18, 2019
Nonlinear computational modelling of cross-laminated timber buildings
EIS Flores, S Avudaiappan, CF Guzmán, SJ Yanez, JC Pina
CompWood, 94-94, 2019
A calibrated model for experimental hysteretic results of wall joints in CLT panels
SJ Yanez, JC Pina, E Pérez, P González, EIS Flores, CF Guzmán
CompWood, 31-31, 2019
Numerical study on de elastic buckling of CLT Walls subjected to compressive loads
JC Pina, EIS Flores, K Saavedra, CF Guzmán, S Yanez
CompWood, 14-14, 2019
Finite element approach to simulate calcium-silicate-hydrate (CSH)
CF Guzmán, EIS Flores, JC Pina, S Yáñez
Microstructural model for the time‐dependent thermomechanical analysis of cast irons
JC Pina, VG Kouznetsova, M van Maris, MGD Geers
GAMM‐Mitteilungen 38 (2), 248-267, 2015
Model of Fatigue Failure Due to Multiple Cracks using Ex-tended Birnbaum-Saunders Distribution
A Roy, R Leiva, R Bageta, JC Pina
Book of Abstracts, 71, 2014
Modelling of the cast iron microstructure: the effect of graphite anisotropy
L Verbakel, V Kouznetsova, JC Pina
TU/e, 2012
Techniques for improving the computational efficiency of fatigue simulations: a literature review
M Beusink, V Kouznetsova, JC Pina
TU/e, 2012
A 2D microstructure model for the thermo-mechanical analyses of cast irons mechanical analyses of cast irons
JC Pina, S Shafqat, M van Maris, VG Kouznetsova, MGD Geers
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