A STUDY OF THE EFFECT OF CONVENTIONAL STRUCTURAL MATERIALS REPLACEMENT BY INNOVATIVE MATERIALS ON THE VEHICLE CRASHWORTHINESS (FRONTAL IMPACT)

VEHICLE STRUCTURE MODELING AND ANALYSIS APPLYING COMPOSITE MATERIALS

COMPUTATIONAL AND EXPERIMENTAL STUDY OF ENERGY ABSORPTION METTER BY COMPOSITE STRUCTURES

STUDY ON OPTIMIZATION OF COMPOSITE CONICAL STRUCTURES FOR CRASHWORTHINESS APPLICATIONS

IMPACT DAMAGE EVALUATION OF FIBRE-REINFORCED COMPOSITE MATERIALS AND STRUCTURES

NEW TRENDS TO IMPROVE IMPACT RESISTANCE FOR AUTOMOTIVE BUMPER

MODELLING TECHNIQUES ASSESSMENT AND OPTIMIZATION OF LAMINATED AND SANDWICH COMPOSITES UNDERGOING IMPACT LOADS

EVALUATING FRONTAL AUTOMOTIVE BUMPER SYSTEM TO IMPROVE SAFETY

IZOD IMPACT CHARACTERISTICS OF GLASS FIBER/EPOXY FUNCTIONALLY- GRADED (FG) COMPOSITE LAMINATES WITH STATISTICAL ANALYSIS

ON THE EVALUATION OF “NHTSA” AUTOMOTIVE FE MODEL IN HEAD ON CRASH USING ANSYS LS-DYNA SYSTEM AGAINST “IIHS” TEST.