OPTUM G3 2021 v2.1.6 x64

Description 描述

Optum G3 is a redesigned 3D finite element (3D FE) design tool for geotechnical engineers. Optum G3 is the ideal solution for the analysis and design of shallow foundations. Optum’s unique analysis type, called “Limit Analysis”, provides a way to determine bearing capacity efficiently and conveniently. Accurate upper and lower limits can be calculated to constrain the true solution from above and below, thus providing a built-in method for numerical verification. Elasto-plastic analysis is available to determine settlements.
Optum G3 是一款面向岩土工程师的重新设计的 3D 有限元（3D FE）设计工具。Optum G3 是浅基础分析和设计的理想解决方案。Optum 独特的分析类型称为“极限分析”，提供了一种高效、方便地确定承载力的方法。可以计算出准确的上限和下限，以从上方和下方约束真实解，从而为数值验证提供内置方法。弹塑性分析可用于确定沉降。

Deep excavations are often risky operations that require careful planning and, as part of that, accurate and correct analysis. The reliability and efficiency of OPTUM G2 make it an ideal tool for simulating deep excavations. Accurate soil models and a wide range of tools and options are available for modeling retaining systems, from retaining walls to anchors and soil nails. The monopiles consist of a steel pile, typically 3 to 5 meters in diameter, driven into the ground by about 10 to 20 meters, depending on the ground conditions. OPTUM G3 provides all the tools necessary for the accurate analysis and design of monopiles, including limit analysis to assess ultimate capacity and elastoplastic analysis to determine displacements.
深部挖掘通常是有风险的操作，需要仔细规划，作为其中的一部分，需要准确和正确的分析。OPTUM G2 的可靠性和效率使其成为模拟深基坑的理想工具。精确的土壤模型以及各种工具和选项可用于对挡土系统进行建模，从挡土墙到锚栓和土钉。单桩由直径通常为 3 至 5 米的钢桩组成，根据地面条件，将钢桩打入地下约 10 至 20 米。OPTUM G3 提供了精确分析和设计单桩所需的所有工具，包括用于评估极限承载力的极限分析以及用于确定位移的弹塑性分析。

Program features and functions:
程序特点和功能：

Load-Displacement Analysis – FEM: Accurate and realistic assessment of displacements is an essential part of many design tasks. With a variety of elastoplastic and consolidation analyses, a wide range of problems can be designed effectively. Step-by-step analysis by activating and deactivating regions in the solid model – not in the meshed model – has never been easier.
载荷-位移分析 – FEM： 准确、真实地评估位移是许多设计任务的重要组成部分。通过各种弹塑性和固结分析，可以有效地设计各种问题。通过激活和停用实体模型（而不是在网格化模型中）中的区域进行分步分析从未如此简单。
Calculate ultimate loads – in one step! Access the most advanced FE capabilities on the market – designed and made available for operational engineers. With unique built-in limit analysis options, you can now calculate bearing capacity in one step. Use this unique and ultra-fast analysis type in conjunction with traditional elastoplastic analysis and move faster and safer than ever before.
计算极限载荷 – 一步到位！ 访问市场上最先进的 FE 功能 – 专为运营工程师设计和提供。借助独特的内置极限分析选项，您现在可以一步计算承载力。将这种独特且超快速的分析类型与传统的弹塑性分析结合使用，比以往任何时候都更快、更安全。
3D Redesigned – Faster than Ever: For many geotechnical engineers, 3D FE analysis is considered the last resort to complete a design – mainly due to the complexities of model setup combined with extremely long processor times. A new chapter begins with OptumG3. Using the unique MIXED element, users can calculate bearing capacity with unprecedented accuracy in seconds. Validate with upper and lower limit calculations and calculate load-displacement curves using the elastoplastic analysis feature.
3D 重新设计 – 比以往任何时候都更快：对于许多岩土工程师来说，3D FE 分析被认为是完成设计的最后手段 – 主要是因为模型设置的复杂性以及极长的处理器时间。OptumG3 开启了新的篇章。使用独特的 MIXED 元件，用户可以在几秒钟内以前所未有的精度计算出承载能力。使用上限和下限计算进行验证，并使用弹塑性分析功能计算载荷-位移曲线。
Model Creation – Intuitive and Fast: Setting up models and defining geometry in 3D has never been easier. OptumG3 comes with advanced built-in 3D modeling tools that allow the user to create 3D models with almost the same ease as in 2D. For more complex geometries, you can import IGES and STEP files and continue working on the imported geometry. Add interfaces and skins with the same ease as in G2.
模型创建 – 直观、快速：在 3D 中设置模型和定义几何图形从未如此简单。OptumG3 带有先进的内置 3D 建模工具，允许用户以几乎与 2D 相同的方式创建 3D 模型。对于更复杂的几何，您可以导入 IGES 和 STEP 文件，并继续处理导入的几何。添加界面和皮肤就像在 G2 中一样容易。