Description
Increase of aerospace techniques’ weight efficiency, durability and safety is commonly determined by a structure and properties of structural materials and products made by metal forming. In particular, a large plastic strain together with the heat treatment forms a crystallography, physical, mechanical and deformation properties of billets, which hereinafter determines their behavior in metal forming processes and performance.This collection of papers based on results of the International science and technical congress on Aerospace materials plastic deformation processes. Science, technology, industry (METALDEFORM-2017, July 4-7, 2017, Samara University, Samara, Russia).
Metal, Alloys, Plastic Deformation, Heat-Treatment, Composite Materials, Mechanics, Metal Physics, Technology, Metal Working
Materials Science, Mechanical Engineering, Mechanics
Chapter
New Technology of Combined Machining of Aluminium Alloys
Study of Isothermal Pneumatic Forming of High-Strength Materials Subject to Energy Theory of Short-Term Creep and Damage
Development of a Mathematical Model of Plate Rolling on Hot Reversing Mills
The Research of Friction Influences on the Formation Process by Lateral Extrusion into Radial Wedge-Type Branches
Features of the Process of Stretch Forming Shells Convex-Concave Shape
Manufacturing of Axisymmetric Components out of Superalloys and Hard-to-Deform Steels by Roll Forming
Procedure to Analyze the Formation of Segregations Using the PLS-SEM Approach
V-Shape Part Bending Process Realized in Tool with Elastic Elements
Metal Formability Interactions in Laser Marking for Creating of Grid Patterns for Forming Strain Analysis of High Strength Steels
Influence Law of Initial Reverse Bulging on Sheet Hydroforming Process
Effect of Annealing Treatment on Die Filling Rate of Mini Gear in Squeezing Forming Process
Technological Parameters Forming the Surface Texture in Hyper Productive Surface Plastic Deformation Processing
Research of Tool Durability in Surface Plastic Deformation by Wide Burnishing of Cast Iron without Metalworking Fluids
Testing of External Cylindrical Surfaces of Car Parts after Wide Burnishing Processing
Temperature Validation of 3D Model for the Reversing Hot Rolling in Connection with a Coil Model
Chapter 2: Heat Treatment of Wrought Materials
Experimental Study of the Method for Resistance Heat Treatment of Tubes for Steam Generator
Properties of Powders from Stainless and Heat Resistant Alloys Produced by Gas Dynamic Spray for Manufacturing Parts of Complex Shape
Influence of the Sheet Manufacturing Process on the Forming Limit Behaviour of Twin-Roll Cast, Rolled and Heat-Treated AZ31
Understanding of Processing, Microstructure and Property Correlations during Spheroidizing Heat Treatment of 100Cr6 Steel
Thermal Treatment of Aviation Aluminum Alloys in Strip Processing Lines
Effect of Hot Rolling and Thermal Treatment on the Microstructure Evolution of Microalloyed Bainitic Steels for Pipeline
Influence of Heat-Treatment and Rolling Conditions on the Mechanical Warm Forming Properties of Twin-Roll Cast AZ31
The Study of the Ageing Impact on Workability and Hardness of the Samples Made of Alloy VV751P (Ni-15Co-10Cr) after Selective Laser Sintering
Chapter 3: Nanostructuring and Severe Plastic Deformation of Materials
Development of Technology of Nicrosil and Nisil Thermocouple Materials Using Extrusion of Metal Powders
Self-Propagating High-Temperature Synthesis of Boron-Containing MAX-Phase
Metal Forming Aspects of Cyclic Severe Plastic Deformation of Ti-Ni Shape Memory Alloys Using MaxStrain Device
Synthesis of Cast Composite Materials by SHS Metallurgy Methods
Chapter 4: High-Energy Processes of Metals Forming
Combined Magnetic Pulsed Compaction of Powder Materials
Investigation of Interface Morphology and Properties of Aluminum and Copper Samples Obtained by Ultrasound-Assisted Explosive Welding
Technological Schemes of Hybrid and Combined Technologies Using Static and Dynamic Loads
Changing of Mechanical and Technological Properties of Cast Metal as a Result of Pulse-Magnetic Processing of Melts
Ti-Al-Nb Material for High-Temperature Applications: Combustion Synthesis from Oxide Raw Materials
Chapter 5: Composite Materials Technologies
Сomputer-Aided Engineering of the Process of Injection Molding Articles Made of Composite Materials
Energy Absorption Behavior of Metal/Polymer/Metal Sandwich Crash Structures
Chapter 6: Issues of Aerospace Materials and Composite Industry
Results of the Sheet Parts Curved Edges Constrained Bending with Elastomer
Investigation of Conditions of Processing Influence on Micro-Hardness Distribution in Surface Layer during Diamond Burnishing of Samples of FeC0.15Cr12Ni2 Steel
Correlation Image Analysis of Surface Roughness
Development Prospects of Production of Composite Materials in Russian Federation
Advanced Materials and Processes of Metalworking II
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