tenon joint - Globe Thesis

Keyword [tenon joint] Result: 21 - 40 \| Page: 2 of 5
21.	The Research Of Wood Joints Of The Song And Jin Dynasty Architecture In Jindongnan District
22.	Experimental Research And Mechanical Behavior Analysis On Typical Timber Ancestral Hall In Canton
23.	Study On Mechanical Properties Of Mortise Joints Under The State Of Pull Tenon
24.	Experimental Study Of Wood Beams Strengthening With Slap Tenon Joint By FRP
25.	Research On The Behavior Of Mortise-tenon Joints Of Ancient Timber
26.	Study On Fire Resistance Of Glued-Laminated Timber Post And Beam With Mortise-Tenon Joint
27.	The Analysis Of Traditional Wooden Tenon Joints Structure With Gaps Based On The Finite Element Technique
28.	Experimental Research On Mechanical Property Of Mortise-Tenon Joint Of Chinese Ancient Timber Buildings
29.	Experimental Study On Mortise Joints Modeling Of Chinese Traditional Timber Structure
30.	Experimental Study Of Wooden Posts Strengthening With Slap Tenon Joint By FRP
31.	Mechanical Property Analysis On Mortise-Tenon Joints And Its Finenumerical Simulation In Ancient Chinese Timber Structures
32.	Experimental Study And Theoretical Analysis Of Traditional Timber Typical Mortise-tenon Joints Based On The Wood Friction Mechanism And Embedded Pressure Characteristics
33.	Study On Mechanical Properties Of Typical Mortise-Tenon Joints Of Traditional Timber Buildings In Jiangsu And Zhejiang Province
34.	Research On Seismic Dynamic Behaviors Of Prestressed Withhold Tenon Type Masonry Buildings
35.	Static And Dynamic Model Of Mortise Joints For Chinese Traditional Structure
36.	Mechanical Analysis Of Concrete Filled Double Skin Steel Tubular Columns With Mortise And Tenon Joint
37.	Xieshan Palace Ancient Buildings Structure Dynamic Performance Research
38.	Experimental Study On Seismic Behaviors Of Dovetail Mortise-tenon Joints Of Ancient Timber Buildings
39.	The Finite Element Analysis Of The Hysteretic Behavior Of Mortise-tenon Joints And Frames In Ancient Timber Buildings
40.	The Precast Hollow-cored Slab Bridge Transverse Joint Design And Improvement Methods
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