15th World Conference on Titanium Chapter 2: Aerospace Applications

Title: 15th World Conference on Titanium Chapter 2: Aerospace Applications

Description:

RECENT ADVANCES IN TITANIUM ALLOY EXTRUSIONS FOR AEROSPACE APPLICATIONS TECHNOLOGY CAPABILITY STUDY OF LASER POWDER BED FUSION TO PRODUCE LARGE CRITICAL AEROSPACE STRUCTURES IN Ti-6Al-4V TENSILE DUCTILITY AT ROOM TEMPERATURE IN HIGH-TEMPERATURE TITANIUM ALLOYS USED FOR AEROENGINE APPLICATIONS COMPETITOR TITANIUM-CONTAINING HIGH ENTROPY ALLOYS TO HAYNES 230 ALLOY FOR AEROENGINE APPLICATIONS On the mechanism and prediction of fatigue crack initiation in a near-alpha titanium alloy Large-scale 3D electron backscatter diffraction study of alpha lath microstructures in a two-phase titanium alloy SELECTIVE LASER MELTING PROCESS CHAIN FOR DEVELOPMENT OF A Ti6Al4V(ELI) NOSE WHEEL FORK OF A LIGHT AIRCRAFT Additive Manufacturing of Titanium Aerospace and Space Components Microstructure and crystallographic texture of a near-beta titanium alloy fabricated by laser powder bed fusion with a flat-top laser beam INVESTIGATION OF THE DWELL FATIGUE CRACK INITIATION MECHANISM IN A NEAR Α TITANIUM ALLOY TI6321 THEORETICAL INVESTIGATION OF OXIDATION MECHANISM IN Ti AND ITS ALLOYS  DEVELOPMENT OF COLD-ROLLED STRIPS OF V-FREE α+β TITANIUM ALLOY TI–5AL–1FE Evaluation of the role of MTR on cold dwell fatigue in Ti-6Al-4V alloys by DIC measurement Influence of Chemical Composition and Forging Process on Mechanical Properties and Microstruture of TA15 Alloy ADVANCES IN THE DEVELOPMENT OF DIRECT ENERGY DEPOSITION FOR THE MANUFACTURING OF AERONAUTICAL ELEMENTARY PARTS Exploring the structure and properties of nanoscale precipitates in a high-strength titanium-based system Effects of alloying on slip intermittency and localisation in α-Ti Near-to-net titanium extrusions as a substitute for aerospace plate and forgings Technological advancements in manufacture of near-to-net extrusions for aerospace applications Metallurgical Investigation of a Ti6242 disk with fatigue progression from sub-surface micro-void CONTINUOUS, INDUSTRY-WIDE EFFORTS TO IMPROVE THE SAFETY OF TITANIUM ALLOY TURBINE ENGINE ROTORS.