Keyphrases
Web Crippling
62%
Fire Performance
50%
Cold-formed Steel Beams
42%
Cold-formed Steel
39%
Finite Element Model
39%
Web Crippling Strength
33%
Cold-formed Steel Structures
30%
3D Concrete Printing (3DCP)
30%
Wall Panel
26%
Load Case
25%
Shear Behavior
24%
Light Gauge Steel Frame Walls
24%
Modular Design
24%
Modular Building Systems
24%
Stainless Steel
22%
Cold-formed
22%
Web Opening
21%
Energy Performance
21%
Finite Element Analysis
19%
Concrete-filled
19%
Concrete Wall
19%
Perforation
18%
End-two-flange
18%
Structural Performance
18%
Light Gauge Steel
17%
Channel Beams
17%
Loading Conditions
16%
Lightweight Concrete
16%
Modular Construction
15%
Cold-formed Steel Channel
15%
Insulation Ratio
14%
Finite Element Modeling
14%
U-value
14%
Cold-formed Steel Members
14%
Wall Configuration
13%
Web Hole
13%
Flexural Behavior
13%
Shear Design Provisions
13%
Cold-formed Carbon Steel
13%
Concrete Wall Panels
12%
Unlipped Channels
12%
Flexural Design
12%
High Strength Steel
12%
Carbon Steel
12%
Insulation
12%
Design Equation
12%
Design Rules
12%
Shear Capacity
12%
Lipped Channel Beams
12%
Steel Frame
11%
Engineering
Formed Steel
100%
Finite Element Modeling
48%
Fire Performance
47%
Numerical Study
44%
Steel Beam
42%
Lipped Channel
38%
Shear Property
33%
Finite Element Analysis
30%
Stainless Steel
29%
Building System
27%
Channel Section
27%
Load Case
26%
Concrete Wall
25%
Energy Performance
24%
Structural Performance
24%
Steel Frame
24%
Parametric Study
24%
Flange Load
24%
Design Equation
21%
Carbon Steel
21%
Loading Condition
18%
Modular Construction
16%
Design Provision
16%
Combustibility
15%
Crippling Design
14%
Eurocodes
14%
Flexural Behavior
13%
Numerical Model
13%
High Strength Steels
12%
Experimental Result
12%
Shear Strength
12%
Structural Fire
12%
Design Rule
12%
Structural Behavior
10%
Design Guideline
10%
Lightweight Concrete
10%
Fem Model
10%
Thermal Performance
9%
Steel Tube
9%
Combined Bending
9%
Insulation Material
8%
Reduction Factor
8%
Supacee Section
8%
Building Connection
8%
Composite Wall
8%
Building Construction
8%
Direct Strength Method
8%
Energy Engineering
7%
Thermal Energy
7%
Buckling Strength
6%