|
PALAGALILEO |
PALAZZO DEL CINEMA |
| 9.30 |
10.30 |
|
Opening Ceremony
|
| 10.30 |
11.15 |
Plenary Lecture 1: Failure Analysis of Composites with Manufacturing Defects
Ramesh Talreja (Texas A&M University)
Palazzo del Cinema |
|
Session Mo2.1 |
Session Mo2.2 |
|
T.S. Bio-based /natural composites |
T.S. Delamination and interlaminar reinforcement |
| 11.20 |
11.40 |
ACETYLATED TEMPO OXIDIZED CELLULOSE AS REINFORCING AGENT OF POLY (LACTIC) ACID (PLA)M.Bulota (Aalto University, School Of Chemical Technology) |
THE EFFECT OF INTERLAYER MODIFICATION ON THE TENSILE PROPERTIES OF HIGH STRENGTH PAN-BASED AND HIGH MODULUS PITCH-BASED HYBRID CARBON FIBER REINFORCED EPOXY MATRIX COMPOSITESK.Naito (National Institute For Materials Science) |
| 11.40 |
12.00 |
COUPLING AGENT FOR NATURAL FIBRE COMPOSITES UTILISING THERMOSETTING RESIN SYSTEMSJ.M.Chard (University Of Surrey) |
VALIDATION OF DELAMINATION REDUCTION TREND FOR STITCHED COMPOSITES USING QUASI-STATIC INDENTATION TESTK.T.Tan (Purdue University) |
| 12.00 |
12.20 |
THE DEVELOPMENT AND PROCESSING OF A SUSTAINABLE FULLY BIO DERIVED POLYFURFURAL ALCOHOL MATRIX FLAX FIBRE PREPREGR.J.Crossley (University Of Nottingham) |
EFFECTS OF INTERFACIAL ADHESION ON THERMAL AND MECHANICAL PROPERTIEST.Brocks (Unesp - Univ. Estadual Paulista) |
| 12.20 |
12.40 |
IMPACT AND FLEXURAL PROPERTIES OF FLAX FABRICS AND LYOCELL FIBER REINFORCED BIO-BASED THERMOSET FOR AUTOMOTIVE AND STRUCTURAL APPLICATIONSK.F.Adekunle (Mouau/ University Of Boras) |
INTERLAMINAR FRACTURE AND IMPACT DAMAGE ASSESSMENT BY ELECTRICAL RESISTANCE TOMOGRAPHY IN GFRP LAMINATES WITH CONDUCTIVE NANOPARTICLES L.Ye (The University Of Sydney) |
| 12.40 |
13.00 |
SELF-REINFORCED POLYLACTIC ACID (PLA) BIOCOMPOSITES WITH DEGRADATION SENSINGF.Mai (Queen Mary, University Of London) |
THE PREDICTION OF DELAMINATION IN A FIVE HARNESS SATIN AND APPLICATION TO THE MODELING OF COMPOSITE PARTSG.Kamgaing ( Mines-paristech (Ecoles Des Mines De Paris)) |
| 14.15 |
14.45 |
|
Keynote Lecture 1: Composites for transportations
Luigi Nicolais (National Research Council - Italy) |
|
Session Mo3.1 |
Session Mo3.2 |
|
T.S. Bio-based /natural composites |
T.S. Delamination and interlaminar reinforcement |
| 14.50 |
15.10 |
POLYPROPYLENE REINFORCED WITH DIFFERENT CELLULOSIC FILLERS AND THE STUDY OF THEIR DIE-DRAWING BEHAVIOURA.K.Taraiya (Ge India Technology Centre) |
NOVEL TEST METHOD FOR CHARACTERIZING ACCURATE INTRA-LAMINAR FRACTURE TOUGHNESS OF CFRPN.Sato (Toray) |
| 15.10 |
15.30 |
A COMBINATION OF SEM AND EDX STUDIES ON A CLAY-BASED NATURAL COMPOSITE AND ITS MECHANICAL IMPLICATIONSTITLEC.Galán-marín (University Of Seville) |
A FAILURE CRITERIA FOR FREE-EDGE AND MATRIX CRACK INDUCED DELAMINATION IN LAMINATED COMPOSITE STRUCTURESL.Zubillaga (Ik4-ikerlan) |
| 15.30 |
15.50 |
NANO-CELLULOSE REINFORCED POLYMERS DERIVED FROM BANANA TREE FIBRESP.Hornsby (Queen's University Belfast) |
NUMERICAL ANALYSIS OF DELAMINATION GROWTH IN COMPOSITE MATERIALS USING TWO STEP EXTENSION AND COHESIVE ZONE METHODSA.Elmarakbi (University Of Sunderland) |
| 15.50 |
16.10 |
COIR FIBRE COMPOSITES: FROM FIBRE PROPERTIES TO INTERFACIAL ADHESION AND MECHANICAL PROPERTIES OF COMPOSITESL.Q.Tran (Katholieke Universiteit Leuven) |
MULTISCALE FINITE ELEMENT ANALYSIS OF DELAMINATION GROWTH IN A DOUBLE CANTILEVER BEAM SPECIMEN MADE OF WOVEN FABRIC COMPOSITEL.B.Lessard (Mcgill University) |
| 16.10 |
16.30 |
THERMAL AND MECHANICAL BEHAVIOUR OF PHORMIUM TENAX REINFORCED POLYPROPYLENE COMPOSITESF.Sarasini (Sapienza - Università Di Roma) |
MODE II DELAMINATION FATIGUE CRACK GROWTH CHARACTERISTICS OF GFRP LAMINATES WITH WASTE GFRP MILLED CHIPS INTERLEAFH.Yokogawa (Kyushu University) |
| 16.30 |
16.50 |
NANOFIBRILLATED CELLULOSE AS REINFORCEMENT FOR HIGH PERFORMANCE CEMENT MORTAR COMPOSITESEM.Ardanuy (Universitat Politecnica De Catalunya) |
|
|
Session Mo4.1 |
Session Mo4.2 |
|
G.S. Bio-based composites 2 |
T.S. Delamination and interlaminar reinforcement |
| 16.50 |
17.10 |
CARBON CAPTURE WITH NATURAL FIBER-BASED COMPOSITE ADSORBENTSC.T.Lungu (University Of Alabama At Birmingham (uab)) |
EXPERIMENTAL ASSESSMENT AND DESIGN OF THROUGH THICKNESS REINFORCEMENT IN THICK COMPOSITE LAMINATES SUBJECTED TO BIRD STRIKE LOADINGG.Kalwak (Rolls-royce Plc) |
| 17.10 |
17.30 |
IMPROVING THE INTERFACE IN NATURAL FIBRES REINFORCED PLA BIOCOMPOSITES BY OPTIMIZED ORGANOSILANE TREATMENTSN.Le moigne (Cmgd - Ecole Des Mines D'Ales) |
SIMULATION OF HIGH-CYCLE FATIGUE-DRIVEN DELAMINATION IN CARBON/EPOXY LAMINATES USING COHESIVE ELEMENTSK.Kiefer (Imperial College London) |
| 17.30 |
17.50 |
ADDING VALUE TO BRAZILIAN FIBERS: BIO-BASED MATRICES REINFORCED WITH SISALE.Frollini (University Of Sao Paulo) |
THE EFFECT OF TOW GAPS ON COMPRESSION AFTER IMPACT STRENGTH OF AFP LAMINATESR.Butler (University Of Bath) |
| 17.50 |
18.10 |
POLY(LACTIC ACID)/HYDROXYAPATITE COMPOSITE FIBERS FOR 3D OSTEOCONDUCTIVE WOVEN SCAFFOLDSM.Persson (University Of Oulu) |
EXPERIMENTAL STUDY OF DAMAGE TOLERANCE IN PRE-STRESSED COMPOSITE PANELS UNDER GAS GUN IMPACTN.Toso-pentecôte (German Aerospace Center (dlr)) |
| 18.10 |
18.30 |
NANO-FIBRILLATED CELLULOSE VS BACTERIAL CELLULOSE: REINFORCING ABILITY OF NANOCELLULOSE OBTAINED TOP-DOWN OR BOTTOM-UPA.Bismarck (Imperial College London) |
DELAMINATION GROWTH DIRECTIONALITY AND THE SUBSEQUENT MIGRATION PROCESSES - THE KEY TO DAMAGE TOLERANT DESIGN C.Canturri (Imperial College) |
