Steel fibers - Globe Thesis

Keyword [Steel fibers] Result: 1 - 20 \| Page: 1 of 2
1.	Seismic Behavior Of Fiber-Reinforced Prestressed Wide-Beam Frames
2.	Experimental Study On Shear Resistance Properties Of Steel Fiber Reinforced High-Strength Concrete Members
3.	Mechanical Experiment Research On Steel Fiber Reinforced Concrete And Numerical Simulation Of Failure Process
4.	Experimental Research Of Fiber Material In "White+White" Ultra-Thin Whitetopping
5.	Study On The Limitation Expansion Mechanism Of Self-stressing Concrete Under Steel Bars And Steel Fibers
6.	Stainless Steel Fibers Of Slag Concrete Testing And Research
7.	Experimental Study On Reinforced Concrete Coupling Beams With Different Volume Fraction Of Steel Fibers
8.	Experimental Study On The Flexural Behavior Of BFRP Bar-reinforced High-strength Concrete Beams With Steel Fibers
9.	Study On Cement-based Electromagnetic Shielding Composite Materials Of Ferrite, Graphite And Steel Fibers
10.	Eccentrically Experimental Study Of Steel Fibers Recycled Concrete Short Columns
11.	Experimental Study On Mechanics Performance Of The Rusted Steel Fibers And The Corroded Steel Fiber Reinforced Concrete
12.	Experimental Study On Shear Resistance Properties Of Steel Fiber High-strength Reinforced Concrete Beam
13.	Comparative Study On Influences Of Various Steel Fibers On Mechanical Properties Of Ultra-high Performance Concrete (UHPC)
14.	Experimental Study Of The Mechanical Properties Of Tailings Steel Fiber Reinforced Concrete
15.	Numerical Simulation Of Flexural Toughness Test Of Hybrid Fiber Reinforced Concrete Slab With Low Volume Fraction
16.	The Impact Resistance And Crack Resistance Of Concrete To Enhance Experimental Study
17.	Investigation On Orientation Control And Enhancement Effect Of Steel Fibers In Cementitious Materials
18.	Nonlinear Finite Element Analysis Of BFRP Bar-reinforced High-strength Concrete Beams With Steel Fibers
19.	Research On The Effects Of Hybrid Fiber On Reactive Powder Concrete
20.	Study On Dynamic Mechanical Behavior And Constitutive Model Of Fiber Reinforced Cemenitious Composites
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