Keyphrases
AA6061
48%
Aluminum Profile
37%
Analytical Model
43%
Analytical Solution
28%
Billet
50%
Bolted Joints
29%
Boron Nitride
30%
Creep Age Forming
61%
Curved Profile
76%
Deformation Behavior
37%
Deformation Field
23%
Differential Velocity Sideway Extrusion
100%
Direct Recycling
43%
Effective Strain
88%
Environmental Impact
26%
Extrudates
28%
Extrusion
98%
Extrusion Force
27%
Extrusion Process
81%
Extrusion Profile
30%
Extrusion Ratio
48%
Finite Element Modeling
30%
Flow Line
30%
Flow Stress
23%
Forming Process
45%
High Strength
53%
Hot Forging
34%
Hot Press Forging
33%
Machining chips
30%
Material Flow
38%
Mechanical Properties
55%
Microstructure Properties
30%
Numerical Investigation
30%
Orifice
23%
Plastic Deformation Zone
30%
Punching
32%
Recycled Aluminum
34%
Reinforced
27%
Response Surface Methodology
34%
Sideways Extrusion
49%
Solar Assisted Air Source Heat Pump
30%
Stiffened Panel
64%
Stiffener
35%
Strain Rate
49%
Surface Integrity
34%
Temperature Effect
23%
Temperature Rate
30%
Ultimate Tensile Strength
45%
Velocity Ratio
56%
Zirconium Dioxide
85%
Engineering
Aluminum Profile
51%
Analytical Model
47%
Bolted Joints
30%
Creep
61%
Cross Section
24%
Deformation Behavior
37%
Deformation Field
20%
Deformation Mechanism
27%
Deformation Zone
33%
Effective Strain
92%
Extrudate
33%
Extrusion Direction
20%
Extrusion Process
99%
Extrusion Ratio
57%
Extrusion Temperature
20%
Feasibility Study
30%
Fem Model
50%
Fine Grain
20%
Finite Element Simulation
24%
Flow Line
27%
Flow Stress
27%
Flow Velocity
28%
Forging
30%
Functionally Graded Material
21%
High Strain Rate
20%
Hot Press
33%
Increasing Demand
23%
Joints (Structural Components)
30%
Manufacturing Process
30%
Material Flow
46%
Metal Forming
23%
Metal Matrix Composite
30%
Orifice
26%
Plastic Deformation
56%
Porosity
64%
Pure Bending
26%
Recycling Process
23%
Residual Stress
30%
Response Surface Methodology
34%
Review Paper
23%
Shear Band
21%
Source Heat Pump
30%
Spark Plasma Sintering
23%
Stiffened Panel
77%
Strain Rate
47%
Structural Design
21%
Surface Integrity
34%
Sustainable Manufacturing
40%
Thermal Insulation
30%
Ultimate Tensile Strength
50%