Steel-girder bridge with variable flange thickness Procedure for developing a model with variable girder spacing. Tutorial included with the SAP2000 Bridge Examples document. Model from the SAP2000 Bridge Examples document. Tutorial included in the SAP2000 bridge-examples document. Procedure for initiating step-by-step moving-load analysis. Step-by-step moving-load analysis first steps (SAP2000) Procedure for initiating influence-based moving-load analysis. Influence-based moving-load analysis first steps (SAP2000) Materials, sections, grids, and supports are defined.
#Sap 2000 19 manual#
Guidelines for the manual modification of bridge bearings automatically created by the bridge modeler.Ĭreate and modify a concrete bent which features a nonprismatic cap beam. Modify joints and apply constraints such that a pin connection allows crossing members to translate freely. Modeling a pin connection between crossing members
#Sap 2000 19 how to#
Options and an example of how to obtain results for individual stages of a staged-construction load case.Īn overview of the tuned-mass damper and guidelines for modeling the device.Ĭoncrete confinement for Caltrans sectionsĬhanging the confinement characteristics for reinforced-concrete Caltrans sections within the Section Designer. Obtain results for individual stages of a staged-construction load case Guidelines for creating complicated joint patterns using interactive database editing. Guidelines for defining vertical and horizontal layout lines, also known as baselines. Use the Section Designer to create a bulb-girder section with rounded corners.Ĭreate custom sections using polygonal shapesĬreate custom cross sections by drawing polygonal shapes within the section designer, then modify or add to their geometry through reshape mode or interactive database editing. This tutorial provides an introduction to the assignment of joint patterns.Ĭreate bulb-girder sections with rounded corners Guidelines and tutorial for modeling haunched steel-girder bridges. Several approaches to the modeling of composite sections.Ī detailed and extensive procedure which describes the modeling, analysis, and design of a 3D steel-frame pipe rack system. Introductory tutorial for using section cuts. Applicable to static, modal, and buckling load cases. Guidelines for acceleration-load application in an arbitrary direction. Guidelines for performing pushover analysis. Overview of the procedure for time-history analysis. Reinforced-concrete column and beam designĭesign reinforced-concrete columns and beams while considering combined performance measures and interaction-surface output. An overview of the design-check procedure for steel-frame structural systems.
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