Engineering
Aspect Ratio
14%
Axial Compression
26%
Beams and Girders
54%
Bending Moment
22%
Bending Strength
13%
Biaxial Bending
13%
Bridge Girder
26%
Buckling Strength
26%
Building Envelope
13%
Channel Section
13%
Cold-Formed Steel
61%
Compression Flange
16%
Corrugated Web Girder
20%
Crippling Design
47%
Cross Section
95%
Design Method
29%
Design Model
61%
Design Provision
61%
Design Strength
13%
Distortional Buckling
13%
Distribution System
13%
Effective Width
20%
Eurocodes
26%
Experimental Result
42%
Ferritic Stainless Steel
35%
Finite Element Modeling
21%
Flexural Capacity
15%
Global Buckling
13%
Heat Pump
13%
Loading Condition
13%
Local Buckling
48%
Minor Axis Bending
15%
Numerical Model
24%
Numerical Modeling
13%
Numerical Optimization
13%
Parametric Study
72%
Polyurethan
13%
Rectangular Hollow Section
30%
Reliability Analysis
13%
Sandwich Panel
13%
Slenderness
79%
Square Hollow Section
17%
Stainless Steel
100%
Steel Grade
18%
Steel Plate
15%
Stiffened Plate
13%
Stress Gradient
13%
Structural Performance
18%
Structural Response
13%
Test Data
14%
Keyphrases
Axial Compression
26%
Bending Moment
13%
Biaxial Bending
13%
Bridge Girder
26%
Buckling Response
14%
Buckling Strength
26%
Cold-formed
32%
Cold-formed Ferritic Stainless Steel
16%
Cold-formed Steel
66%
Cold-formed Steel Structures
26%
Compression Flange
17%
Continuous Strength Method
14%
Corrugated Web
26%
Corrugated Web Girder
20%
Cruciform Column
13%
Design Model
62%
Design Provisions
43%
Design Recommendations
19%
Effective Width
22%
EN 1993-1-4
20%
Eurocode
26%
Ferritic Stainless Steel
32%
Finite Element Model
32%
Flexural Capacity
17%
Girder
29%
Hat-section
16%
Hybrid Steel
26%
Lateral-torsional Buckling
24%
Local Buckling
49%
Material Properties
22%
Minor Axis Bending
15%
Moment Resistance
18%
Numerical Model
21%
Numerical Modeling
13%
Paving Materials
26%
Porous Composites
26%
Rectangular Hollow Section
19%
Rubber
17%
Shear Design Provisions
26%
Slender Section
16%
Slenderness Limit
13%
Soldiers
13%
Square Hollow Section
17%
Stainless Steel
71%
Stainless Steel Grades
15%
Steel Girder
21%
Steel Section
22%
Structural Performance
20%
Tubular Sections
26%
Web Crippling
58%