Simple post-tensioned bridge - Part 2 (prestress loading)
Shows the addition of prestress loading to the bridge deck modelled in Part 1. Tendon profiles are defined and assigned to the model, requiring specification of tendon properties, prestress force and jacking details, and selection of the lines of the model to which they apply. Concrete with creep properties and age assignments are made prior to solving. The deformed shape from self-weight and prestress loading is viewed for each in isolation, prior to looking at the effects of both for a long term loadcase. (version 19.0)

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Simple post-tensioned bridge - Part 1 (deck modelling)

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LUSAS version 21 update webinar

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Bridge Deck Post tensioning

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CSiBridge - 01 Introductory Tutorial: Watch & Learn

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But what are Hamming codes? The origin of error correction

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Understanding and Analysing Trusses

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Bridge Technology Series: Replaceable Grouted External Post-Tensioned Tendons

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CSiBridge - 05 Design of Prestressed Concrete Box Girders: Watch & Learn

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Understanding the Finite Element Method

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System Dynamics: Systems Thinking and Modeling for a Complex World

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Why Retaining Walls Collapse

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How does a steel bracing works structurally?

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BOX BRIDGE with CsiBRIDGE V.17

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Automatic packaging machines and packaging systems for Kits

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Allen Bradley PLC Programming Sequencer Tutorial. Sequence Control

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Kerch and Kavkaz ports on fire: Ukraine attacks oil terminal and Russian ferry

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Quick and easy modelling of steel composite bridges using LUSAS

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