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Lateral stability considerations for composite wood i-joists
Jesse R. Burow
, Harvey B. Manbeck
, John J. Janowiak
Agricultural & Biological Engineering
Materials Research Institute (MRI)
Research output
:
Contribution to conference
›
Paper
›
peer-review
3
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Scopus citations
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Dive into the research topics of 'Lateral stability considerations for composite wood i-joists'. Together they form a unique fingerprint.
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Keyphrases
Joist
100%
Lateral Stability
100%
I-joist
100%
Composite Wood
100%
Stability Model
37%
Load Factor
25%
Factor Design
25%
Resistance Factor
25%
Equivalent Moment Factor
18%
Load Current
18%
Elastic Buckling
18%
Design Approach
12%
Bending Stiffness
12%
Critical Buckling Moment
12%
Euler Elastics
12%
Torsional Rigidity
12%
Buckling Theory
12%
Material Properties
6%
Confidence Interval
6%
Prediction Accuracy
6%
Leonhard Euler
6%
Design Model
6%
Simply Supported
6%
Centroid
6%
Buckling Test
6%
Lateral Bracing
6%
Curve Fitting
6%
Buckling Behavior
6%
Ultimate Moment
6%
Effective Length
6%
Slenderness Ratio
6%
Load Location
6%
Simply Supported Beam Tests
6%
Flatwise
6%
Cross-sectional Geometry
6%
Rigidity Property
6%
Stability Design
6%
Recommendation Model
6%
Prediction Rate
6%
Design Manual
6%
Buckling Moment
6%
Engineering
Lateral Stability
100%
Cross Section
50%
Limit State Design
50%
Current Load
37%
Rigidity
25%
Bending Stiffness
25%
Critical Buckling Moment
25%
Accurate Prediction
12%
Confidence Interval
12%
Relative Location
12%
Design Model
12%
Tested Specimen
12%
Simply Supported Beam
12%
Elastic Beam
12%
Fitting Curve
12%
Buckling Behavior
12%
Buckling Test
12%
Effective Length
12%
Aspect Ratio
12%