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Keyword [Particle Reinforced]
Result: 121 - 140 | Page: 7 of 10
121. Fabrication Of SiC Particle Reinforced Magnesium Or Aluminum Matrix Composites
122. Research On The Preparation And Performance Of TiB/Cu Composite Material
123. Numerical Simulation For Cycle Deformation Of Particle Reinforced Metal Matrix Composites Considering The Interface And Thermal Residual Stress
124. In Situ Generated Mg < Sub > 2 < / Sub > 17% Si Particle Reinforced Al - Si Composite Materials Research
125. Mix Up The VCFEM And Finite Element Method To Numerical Simulation
126. Preparation Of Si Particle Reinforced Al Matrix Composites
127. Reasch On Preparation And Properties Of Tic-Al2O3Two Phases Particle Reinforced Fe-based Composites
128. The Research Of Preparation And Performance Of ATZ Ceramic Particle Reinforced Aluminum Matrix Composite
129. Study Of Steel Substrate Resistant Composite Materials In Lost Foam Casting Process
130. The Preparation Of Particle Reinforced Aluminum Matrix Composites
131. The Finite Element Analysiys Of Mechanics Properties Of Particle-reinforced Titanium Matrix Composites
132. Study On Particle Reinforced Al Matrix Composite Fabricated By Friction Stir Processing
133. Meso-mechanical Cyclic Constitutive Study For The Ratchetting Of Particulate Reinforced Metal Matrix Composites
134. Research On Fracture Behaviors Of Particle Reinforced Composite Materials
135. Study Of Thermal Fatigue Behavior Of Tungsten Carbide Particle Reinforced Steel Substrate Surface Composite
136. Researches On The Fracture And Fatigue Behaviors Of Laser Cladded WC/Ni Composite Coating Under Applied Load Conditions
137. Study Of Matrix Microstructure Variation And Interface Continuity Of Tungsten Carbide Particle Reinforced Steel Substrate Surface Composite
138. Injection Is Deposited Oxide Particle Reinforced Preparation And Organization Properties Of Copper Composite
139. Study On The Numerical Simulation Of Particle Reinforced Titanium Matrix Composite’s Mechanical Properties
140. The Fabrication And Compression Properties Of The In-situ TiC0.5 Particle Reinforced Cu（Sn） Composites
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