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STAAD.Pro Help Getting Started What's New?Tutorials Modeling Analysis Design Postprocessing and Reports Data Files and Interoperability General Engineering Theory Technical Reference of STAAD Commands Ribbon Control Reference Verification Examples V. Notes on Comparisons V. 01 Beams V. 02 Trusses V. 03 Frames V. 04 Plate and Shell Elements V. 05 Solids V. 06 Loading V. 07 Nonlinear Analysis V.08 Dynamic Analysis V. 09 Steel Design V. Australia V. Canada V. China V. Europe V. India V.Japan V. New Zealand V. Russia V. South Africa V. United Kingdom V. United States V. AASHTO V. AISC V. AISI V. AISI 2016 2CU F2F Compressive Strength V. AISI 2016 2CU F2F Tensile Strength V. AISI 2016 Channel section V. AISI 2016 CS Compressive Strength V. AISI 2016 CS Flexural Strength V. AISI 2016 CU Nominal and Local Axial Capacity V. AISI 2016 CU Nominal Moment Capacity V. AISI 2016 Cylindrical Tubular Section V. AISI 2016 Hat Section V. AISI 2016 SHS section V. AISI 2016 Zee Section V. AISI 2016 ZS Compressive Strength V. AISI 2016 ZS Flexural Strength V. API V. ASME NF 3000 Codes V. 10 Concrete Design V.11 Timber Design Application Examples OpenSTAAD

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Verification Examples
V. 09 Steel Design
V. United States
V. AISI

V. AISI

V. AISI 2016 2CU F2F Compressive Strength
Verify the axial compressive strength of a double cold-formed channel section according to the AISI S100 2016 specification using both the LRFD and ASD methods.
V. AISI 2016 2CU F2F Tensile Strength
Verify the axial tensile strength of a double cold-formed channel section according to the AISI S100 2016 specification using both the LRFD and ASD methods.
V. AISI 2016 Channel section
Determine the flexural strength and shear strength of a cold-formed channel section without lips according to AISI S100 2016 Specification using both LRFD and ASD methods.
V. AISI 2016 CS Compressive Strength
Verify the compressive strength of a cold-formed channel section with lips per the AISI S100 2016 specification.
V. AISI 2016 CS Flexural Strength
Verify the flexural strength of a cold-formed channel section according to the AISI S100 2016 specification using both the LRFD and ASD methods.
V. AISI 2016 CU Nominal and Local Axial Capacity
Determine the nominal axial capacity and local axial capacity of a 72-Inch-long member subjected to axial compression load.
V. AISI 2016 CU Nominal Moment Capacity
Determine the nominal moment axial capacity of a simply-supported beam subject to a concentrated load at mid-span.
V. AISI 2016 Cylindrical Tubular Section
Determine the flexural strength of a closed cylindrical tubular member subjected to axial compression and bending moment according to AISI S100 2016 specification.
V. AISI 2016 Hat Section
Determine the flexural strength of a cold-formed hat section according to the AISI S100 2016 specification.
V. AISI 2016 SHS section
Determine the flexural Strength and axial strength of a square hollow section according to AISI S100 2016 Specification using both LRFD and ASD methods.
V. AISI 2016 Zee Section
Determine the axial strength and flexural strength of a cold-formed zee section without lips according to AISI S100 2016 Specification using the LRFD method.
V. AISI 2016 ZS Compressive Strength
Verify the compressive strength of a cold-formed zee section with lips per the AISI S100 2016 specification.
V. AISI 2016 ZS Flexural Strength
Verify the flexural strength in yielding of a cold-formed zee section according to the AISI S100 2016 specification using both the LRFD and ASD methods.

Parent Topic: V. United States