Benchmarks Archives | SDC Verifier

Benchmarking SDC Verifier Against ASME BTH-1-2023: IPE600 Spreader Beam Compliance and Utilization

This benchmark analysis compares the accuracy of SDC Verifier (2024 R2) software with ASME BTH-1-2023 standard requirements for a spreader beam constructed using an IPE600 section. The beam, designed for a 25-ton rated load under Design Category B, is assessed for compliance with key structural criteria such as bending stress, flange slenderness, and lateral bracing. […]

Example – Determine the utilization for the 6 presented configurations of joints with I-beam/RHS braces and RHS chords according to Eurocode 3 EN 1993-1-8 (2005)

This benchmark was prepared based onexternal documentsusingSDC for Femap and Simcenter Femap Version 2022.2 This benchmark demonstrates how to determine the utilization factors of joints with RHS chords and I-beam/RHS braces using SDC Verifier according to Eurocode 3 EN 1993-1-8 (2005). For this analysis, six specific joint configurations have been considered. Detailed material, geometric properties […]

AS 4100. Example 7: Determine the Design Moment Capacity for the Major Axis for a Section also subject to Axial Compression

This benchmark was prepared based onAustralian Steel Institute (ASI) Steel Structures – Sample Worked Problems to AS 4100usingSDC for Femap and Simcenter Femap Version 2022.2 This benchmark focuses on determining the Design Moment Capacity (major axis) for a member under both axial compression and bending loads. You’ll learn about input parameters, FEA limitations, and how […]

AS 4100. Example 5: Design a Universal Column Compression Member

This benchmark was prepared based onAustralian Steel Institute (ASI) Steel Structures – Sample Worked Problems to AS 4100usingSDC for Femap and Simcenter Femap Version 2022.2 This benchmark guides you through the design of a universal column compression member in accordance with AS 4100. From preliminary calculations and FEA model setup (including software limitations) to SDC […]

AS 4100. Example 4: Determine the Design Section Capacity for a Concentrically Loaded Member in Compression

This benchmark was prepared based onAustralian Steel Institute (ASI) Steel Structures – Sample Worked Problems to AS 4100usingSDC for Femap and Simcenter Femap Version 2022.2 Ensure the accuracy of your calculations for concentrically loaded compression members under AS 4100 guidelines. This benchmark covers input parameters, modeling in FEA software (addressing its limitations), and results analysis […]

AS 4100. Example 3: Design a Laterally Unrestrained Beam

This benchmark was prepared based onAustralian Steel Institute (ASI) Steel Structures – Sample Worked Problems to AS 4100usingSDC for Femap and Simcenter Femap Version 2022.2 Accurately size beams for laterally unrestrained applications according to AS 4100 standards. This benchmark guides you through the design process, including preliminary calculations, FEA modeling (addressing software limitations), and SDC […]

AS 4100. Example 2: Determine the Design Member Moment Capacity of a Laterally Unrestrained Universal Beam

This benchmark was prepared based onAustralian Steel Institute (ASI) Steel Structures – Sample Worked Problems to AS 4100usingSDC for Femap and Simcenter Femap Version 2022.2 This AS 4100 benchmark focuses on determining the Design Member Moment Capacity of a laterally unrestrained beam. We’ll dissect input parameters, FEA modeling (addressing potential software limitations), and SDC Verifier […]

AS 4100. Example 1: Determine the Design Section Moment Capacity of a Universal Beam with Full Lateral Restraint

This benchmark was prepared based onAustralian Steel Institute (ASI) Steel Structures – Sample Worked Problems to AS 4100usingSDC for Femap and Simcenter Femap Version 2022.2 This benchmark serves as a rigorous validation of SDC Verifier’s capabilities in calculating Design Section Moment Capacity for a Universal Beam under full lateral restraint, as per AS 4100. We […]

AS 4100 Benchmarks

Validate your AS 4100 steel structure calculations with confidence. Our benchmarks are meticulously derived from the Australian Steel Institute’s (ASI) Steel Structures – Sample Worked Problems to AS 4100 and thoroughly verified using SDC Verifier 2024 R1 for Femap (Simcenter Femap version 2022.2). Key Benchmark Areas: Beam Design: Analyze lateral restraint conditions and accurately determine design […]

Benchmarks

Validating SDC Verifier Results Against Engineering Standards