## Sometimes, convergence can be obtained by controlling degrees of freedom in the failure process zone or by applying sequentially linear analysis (SLA). 有时，可以通过控制失效过程区域的自由度或通过应用顺序线性分析 (SLA) 来获得收敛。

Extension of incremental sequentially linear analysis to geometrical non-linearity with indirect displacement control

## Sequentially linear analysis (SLA), a non-incremental-iterative approach towards finite element simulation of quasi-brittle materials, is based on sequentially identifying a critical integration point in the model, to reduce its strength and stiffness, and the associated critical load multiplier (λ crit ), to scale the linear analysis results. 顺序线性分析 (SLA) 是一种准脆性材料有限元模拟的非增量迭代方法，它基于顺序识别模型中的关键积分点，以降低其强度和刚度以及相关的临界载荷乘数(λ crit )，以缩放线性分析结果。

Non‐proportional loading in sequentially linear analysis for 3D stress states

## In this regard, the article proposes the use of numerically robust sequentially linear procedures and a suitable discretised tension-shear-compression failure model for interfaces. 在这方面，本文建议使用数值稳健的顺序线性程序和合适的离散拉伸-剪切-压缩失效模型用于界面。

A multi-surface interface model for sequentially linear methods to analyse masonry structures

## Sometimes, convergence can be obtained by controlling degrees of freedom in the failure process zone or by applying sequentially linear analysis (SLA). 有时，可以通过控制失效过程区域的自由度或通过应用顺序线性分析 (SLA) 来获得收敛。

Extension of incremental sequentially linear analysis to geometrical non-linearity with indirect displacement control

## Sequentially linear analysis (SLA), a non-incremental-iterative approach towards finite element simulation of quasi-brittle materials, is based on sequentially identifying a critical integration point in the model, to reduce its strength and stiffness, and the associated critical load multiplier (λ crit ), to scale the linear analysis results. 顺序线性分析 (SLA) 是一种准脆性材料有限元模拟的非增量迭代方法，它基于顺序识别模型中的关键积分点，以降低其强度和刚度以及相关的临界载荷乘数(λ crit )，以缩放线性分析结果。

Non‐proportional loading in sequentially linear analysis for 3D stress states

## In this article a new Python based numerical tool implementing a Sequentially Linear Analysis (SLA) procedure, which is able to call the FEM software Abaqus, is described and tested. 在本文中，描述和测试了一种新的基于 Python 的数值工具，该工具实现了顺序线性分析 (SLA) 程序，它能够调用 FEM 软件 Abaqus。

Accurate modelling of instabilities caused by multi-site interface-crack onset and propagation in composites using the sequentially linear analysis and Abaqus

## The paper introduces two new implicit static solution procedures to study crack propagation problems by adopting a Peridynamic-based numerical tool, and compares them with the Sequentially Linear Analysis. 本文介绍了两种新的隐式静态求解程序，采用基于近场动力学的数值工具研究裂纹扩展问题，并将它们与序列线性分析法进行了比较。

Static solution of crack propagation problems in Peridynamics

10.4233/UUID:B20BEFFC-F69F-4723-9C91-77DA79861F62

## In order to enhance the robustness of solving non-linear problems, a new method – called incremental sequentially linear analysis (ISLA) – is proposed. 为了增强求解非线性问题的鲁棒性，提出了一种称为增量顺序线性分析（ISLA）的新方法。

From sequentially linear analysis to incremental sequentially linear analysis: Robust algorithms for solving the non-linear equations of structures of quasi-brittle materials

## Sequentially Linear 顺序线性

Sequentially Linear 顺序线性
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