mode I - Globe Thesis - Globe Thesis

Keyword [mode I] Result: 1 - 20 \| Page: 1 of 2
1.	Mechanics Of Bimaterial Interface Beams And Its Application To Fracture Of FRP-concrete Bonded Interfaces
2.	Experimental Study For Testing Rock Dynamic Fracture Toughness Under The Loading Of Split Hopkinson Pressure Bar
3.	Research On In-site Tester Of Solar Array Characteristic
4.	Research On In-site Tester Of Solar Array Characteristic
5.	The Study On The Mode I Fracture Character Of Fiber Reinforced Concrete Based On The Double K Model
6.	Study On The Seamless Transfer Between Islanded And Grid-Connected Operation Mode Of Three-Level-Inverter
7.	Research Of The Mode I Interfacial Debonding Property Between CMDB Propellant/EPDM Inhibitor Film
8.	Experimental Study On The Anisotropy And Mode I Fracture Size Effect Of Shallow Marine Sedimentary Quartz Sandstone
9.	Mode I fatigue and fracture of the carbon fiber reinforced polymer to concrete bonded interface
10.	Fracture characteristics of asphalt concrete in Mode I, Mode II, and Mixed-mode
11.	Experimental determination of mode I stress intensity factors for elevated temperature fretting fatigue of a nickel-based superalloy
12.	Subcritical crack growth under mode I, II, and III loading for Coconino sandstone
13.	Experimental and simulation predicted crack paths for al-2024-t351 under mixed-mode i/ii fatigue loading using an arcan fixtur
14.	Development of an evaluation technique for mode-I stress intensity factor of notched carbon/epoxy orthotropic laminate composites and its application
15.	A model to describe the mode I fracture of steel fiber reinforced ultra-high performance concrete
16.	Mode I fracture and durability of the CFRP-concrete interface bond
17.	Mode-I fatigue fracture of interface for fiber-reinforced polymer composite bonded to wood
18.	A plane stress finite element model for elastic-plastic mode I/II crack growth
19.	Mode-I fracture array evolution and corresponding rock mass properties: A displacement discontinuity boundary element metho
20.	Combined mode I - mode III plane strain fracture toughness of two high carbon steels
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