Cement-based composites - Globe Thesis

Keyword [Cement-based composites] Result: 101 - 120 \| Page: 6 of 8
101.	Study On Mechanical Properties Of Polyvinyl Alcohol-Basalt Fiber Hybrid Reinforced Cementitious Composites
102.	Research On Strengthening Of Brucite Fiber To Cement-based Composites And Its Action Mechanism
103.	Numerical Simulation And Experimental Study On Mechanical Properties Of Graphene Oxide Modified Cement-based Composites
104.	Study On The Effect Of Few-layer Graphene On The Properties Of Cement Based Composites
105.	Study On The Effect Of Conductive Carbon Black Super-p On The Properties Of Cement Based Composites
106.	Study On Impact Performance Of PE-ECC Beam Based On Numerical Analysis
107.	Study On The Effect Of GO On The Properties Of Chemical Shrinkage And Autogenous Shrinkage Of Cement-based Composites
108.	Microwave Absorbing Properties Of Cement Based Composites
109.	Study On The Mechanical And Electrical Properties Of Graphene-reinforced Cement-based Composites
110.	Research On Optimization Design And Dynamic Mechanical Behavior Of Ultra-high Performance Cement-based Composites
111.	Experimental Study On Self-recovery And Energy Dissipation Of SMA Fiber Reinforced Cement-based Composite Beams
112.	Study On Bond Mechanical Properties Of NiTi Shape Memory Alloy Fiber And High Ductility Cement-based Composites
113.	Research On Mechanical Properties Of Ultra-high Toughness Cement-based Composites Of Low Temperature Curing Recycled Concrete Powder
114.	Study On Absorbing Performance Of Carbon Fiber-Ferrite Cement-Based Composite
115.	Basic Mechanical Properties Of Alkali-excited High-toughness Fiber Reinforced Desert Sand Cement-based Composites
116.	Study On Mechanical Properties Of Fiber Reinforced Coral Cement Matrix Composites
117.	Experimental Research On Electrical Conductivity And Electrothermal Performance Of Cement-based Composites
118.	Numerical Simulation And Experimental Study On Piezoresistive Effect Of Carbon Nanotube Cement-based Composites With Pore Water
119.	Study On The Mechanical Properties And Empirical Models For PVA Fiber Reinforced Cement Based Composites
120.	Creep Mechanism And Regulation Model Of Graphene Oxide Reinforced Cement Based Composites
<<First <Prev Next> Last>> Jump to