800-900 |
Registration |
900-915 |
Opening,
Room A
Chairman - Prof. D. Balageas |
915-955 |
Ficker E. - Thermal Effects in
Solid Bodies under Mechanical Loading
Head of VDI / GESA Group Optical Methods in
Experimental Mechanics, Optoelektronik Gmbh,
Pollnstraße 1a, 85221 Dachau, Germany
Invited Paper |
955-1035 |
Cardone G., Carlomagno G. M. – Quantitative
Infrared Thermography in Thermofluiddynamics
Universita di Napoli, D.E.T.E.C., Napoli, Italy
Invited Paper |
1035-1100 |
Coffee break |
|
Non-Destructive
Evaluation
Room A
Chairman - Prof. X. Maldague |
Thermoelastic Effects
Room B
Chairman - Prof. V. Vavilov |
1100-1120 |
Najar
F., Sicard J., Duval R
Non destructive evaluation by infrared
thermography to detect the defects in material |
Jecic
S., Goja S.
Recent development in thermoelstic stress
analysis |
1120-1140 |
Cernuschi
F., Ludwig N., Russo A., Teruzzi P.
Statistical based procedure for defect sizing
and experimental evaluation of the convective
effects using Video Pulse Thermography
(moved from poster sesion) |
Pieczyska
E.A., Gadaj S.P.,
Nowacki W.K.
Thermoelastic and thermoplastic effects during
loading and unloading of an austenitic steel |
1140-1200 |
Levesque
P., Balageas D.L.
Single-sided interferometic EMIR method for NDE
of radar absorbing structures |
Gadaj
S.P., Nowacki W.K., Pieczyska E.A.
Temperature evolution during simple shear
test of steel |
1200-1220 |
Almond
D., Busse G., Grinzato E., Krapez J-C.,Maldague
X., Vavilov V., Peng W.
Infrared thermographic detection and
characterization of impact damage in carbon fiber
plastics: round robin test result |
Offermann
S., Bissieux C.,
Beaudoin J.L.
Inverse heat conduction calculation by means
of harmonic response functions applied to
quantitative thermographic stress analysis |
1220-1400 |
Lunch |
|
Non-Destructive
Evaluation
Room A
Chairman - Prof. D. Balageas |
Thermoelastic Effects
Room B
Chairman - Prof. G. Cardone |
1400-1420 |
Boras
I., Svaic S., Galovic A
Mathematical model for simulation of detects
under material surface applied to thermographic
measurement |
Pron
H., Henry J.F., Offermann S., Bissieux C.,
Beaudoin J.L.
Stress analysis by means photothermal
infrared thermography |
1420-1440 |
Varis
J., Lehtiniemi R., Rantala J.
Detection Of Vertical Surface Cracks In
Unidirectional Carbon Fibre Composites With An
Infrared Line-Scanning Technique |
Oliferuk
W.
Investigation of metal deformation using
thermography |
1440-1500 |
Grinzato
E., Bison P.G., Bressan C., Mazzoldi A.
NDE of frescoes by Infrared Thermography and
lateral heating. |
Mikolajczyk
Z., Wiecek B.,
Michalak M.
Thermovision method in stress analysis of
textile materials |
1500-1520 |
Almond
D. P., Ball R. J., Hooker J. D.
The detection and measurement of impact
damage in thick carbon fibre reinforced laminates
by transient thermography |
|
1520-1540 |
Coffee break |
|
Thermal Waves
(Lock-in thermography), Room A
Chairman - Prof. G. Busse |
Applications
Room B
Chairman - Dr. P. Pręgowski |
1540-1600 |
Krapez
J.-C
Compared performances of some algorithms for
lock-in thermography |
Pas
G.
Broadening IR applications through using
spectral filters |
1600-1620 |
Salerno
A., Dillenz A., Wu D., Rantala J., Busse G.
Progress in ultrasonic lock-in thermography |
Lehtiniemi
R., Rantala J.
True temperature
measurement of electronics through infrared
transparent materials |
1620-1640 |
Zweschper
Th., Wu D., Busse G.
Detection of loosening bolts in airplane
components using lock-in thermography |
Buscher
K.,Wiggenhauser H., Wild W.
Amplitude sensitive modulation-thermography
the new way of moisture measurement in building
materials |
1640-1700 |
Largouet
Y., Maldague X.
Pulsed phase thermography of aluminium
laminates: neural network investigation |
Ilyinsky
A.
Qualitative infrared thermography, noise
characterisation and inverse conduction problems |
1930 |
Concert and Evening Party
Palace of Paznanski Family, Museum of History of
the City Lodz
15 Ogrodowa St. |