Step 11: Design Report Program Version Revision Date Civil 2018 (v2.3) July, 2018 Step 00 Overview Specifications of the Bridge: Bridge Type: Span Length: Width: Moving Loads : Slab Bridge 10 m 8.4 m IRC 6:2017 Slab Bridge 3 Step 00 General Arrangement Details of the Bridge Slab section in MIDAS Civil Cross section of Slab section Slab Bridge 4 Step 00 General Arrangement Details of the Bridge Longitudinal section Elevation Slab Bridge 5 Step 01 1-1 Initial Settings 1 3 Procedure Invoke midas Civil 1 Open New File 2 Select the Unit System 3 Save as “Slab Bridge” 2. Step 10: RCC Design - How to carry out Slab Bridge Design as per IRC:112-2011 in midas Civil. How to formulate load combinations in midas Civil. Step 9: Analysis Results - How to define moving loads as per IRC:6-2017 in midas Civil. Step 4: Group Definition - The behavior of the slab bridge under Static loads and Moving loads are examined Step 5: Boundary Definition Step 6: Load Definition In this tutorial we will learn following things Step 7: Analysis Control Step 8: Analysis - How to assign static loads in midas Civil. MIDAS Technical Material Tutorial Slab Bridge Design as per IRC 112 00 Contents Slab Bridge as per IRC 112 Step 1: Initial Settings Step 2: Material & Section Definition Overview Step 3: Geometric modelling - A single span of 10 m long slab bridge generated using beam elements.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |