SD.1-O021 NON LINEAR FRACTURE PROBLEMS WITH THE BOUNDARY ELEMENT METHOD.SD.1-O020 EFFECTS OF CO 2 AND SALINE ENVIRONMENTS ON THE CYCLIC OXIDATION RESISTANCE OF A NICKEL.BASED SUPERALLOY.SD.1-O019 NUMERICAL SIMULATION AND MICROSTRUCTURAL EVOLUTION OF THERMOMECHANICAL PROCESS OF REAR AXLE HOUSING FOR HEAVY DUTY VEHICLES.SD.1-O018 MECHANICAL AND MICROSTRUCTURAL PROPERTIES EVALUATION OF 7075 ALUMINUM REINFORCED WITH CARBON NANOTUBES BY MECHANICAL ALLOYING.SD.1-O017 MICROSTRUCTURAL CHARACTERIZATION BY EBSD AND TEM OF A TRIP-780 STEEL JOINED BY FRICTION STIR WELDING.SD.1-O016 A NUMERICAL MODEL FOR A SIMPLIFIED SELF-PIERCING RIVET PROCESS.SD.1-O015 EFFECT OF THE MICROESTRUCTURE ON THE MECHANICAL PROPERTIES OF A MULTIPHASE MnSiAl STEEL WITH TRIP BEHAVIOUR.SD.1-O014 NANOSCALED ODS FERRITIC AND AUSTENITIC STEELS â€“ A NEW CLASS OF CREEP RESISTANT HIGH TEMPERATURE ALLOYS?.SD.1-O013 EFFECT OF THE HEAT INPUT ON THE HEAT AFFECTED ZONE IN THE AUSTENITIC STAINLESS STEEL WELDING BY THE GTAW PROCESS-AN EXPERIMENTAL AND COMPUTATIONAL ANALYSIS.SD.1-O012 DESIGN OF A ROTOR FOR ALUMINUM DEGASSING ASSISTED BY PHYSICAL AND MATHEMATICAL MODELING.SD.1-O011 THERMOMECHANICAL PROCESSING FOR MODIFYING STRUCTURE AND PROPERTIES OF SEVERELY DEFORMED MEDIUM CARBON STEEL.SD.1-O010 MECHANICAL PROPERTIES OF ELECTROCERAMIC SENSOR PLZT WITH Pt IMPLANT.SD.1-O009 STUDY OF THE EFFECT OF COOLING RATE ON THE DISTORTION AND MECHANICAL PROPERTIES OF SAE 5160 STEEL USING A FEM.SD.1-O008 FACTORSÂ INFLUENCING THE THERMOMECHANICAL PERFORMANCE IN THE REFLOW PROCESS OF FR-4 LAMINATES.SD.1-O007 SPARK PLASMA SINTERING: FROM FINITE ELEMENT MODELING OF THE PROCESSÂ Â UP TO THE ELABORATION OF COMPLEX SHAPES.SD.1-O006 APPLICATION OF A CONSTITUTIVE MODEL CONSIDERING PLASTICITY FOR BEHAVIOR PREDICTION OF SMA ACTUATORS.SD.1-O005 DEVELOPMENT OF A ROBOTIC CLAW DRIVEN BY SHAPE MEMORY ALLOY ACTUATORS.SD.1-O004 MICROSTRUCTURAL EVOLUTION AND MECHANICAL PROPERTIES IN THE MANUFACTURE OF API STEEL GRADE PIPELINE STARTING FROM A PLATE.SD.1-O003 STRESS ANALYSIS AND COMPLIANCE PREDICTION OF VASCULAR GRAFTS SUBJECTED TO INTERNAL PRESSURE.SD.1-O002 NUMERICAL SIMULATION OF THE APPLICATION OF FRACTURE MECHANICS (CRACK COMPLIANCE METHOD) TO DETERMINE THE INDUCTION OF RESIDUAL STRESSES BY SHOT PEENING.SD.1-O001 FRACTURE MECHANICS APPLICATION TO DETERMINE THE STRUCTURAL INTEGRITY IN PIPES OF A BWR REACTOR.

Rafael miranda jmatpro