Nex Next Limit xFlow 2015.96  t Limit xFlow 2015.96 | 1.0 Gb

Next Limit Technologies, a provider cutting-edge simulation technologies for a broad range of applications in computer graphics, science and engineering, has released build 96 of xFlow 2015, is a next generation CFD software system that uses a proprietary state-of-the-art Lattice Boltzmann technology, and is specifically designed for companies who require accurate feedback on flow simulation, transient aerodynamics, water management and fluid-structure interaction.

The XFlow approach to CFD simplifies the workflow, minimizes the presence of algorithmic parameters and avoids the traditionally time consuming meshing process. With XFlow, complex modeling becomes affordable in a straightforward way.

Xflow是Next Limit科技公司开发的新一代计算流体动力学（CFD）模拟软件，能为客户提供完整的仿真解决方案。

About Next Limit Technologies

Next Limit was founded in 1998 and our corporate headquarters are in Madrid, Spain. We lead an ever growing team of the best professionals in the industry, including remote technical staff spanning Europe and the USA, as well as a client support office in Santa Monica, California.

Next Limit has gained a worldwide reputation for the quality and power of our software simulation tools. Our state-of-the-art simulation packages have been widely acclaimed and awarded. Our products include "RealFlow" (fluid and dynamics simulation for 3D visual effects), "Maxwell Render" (physically accurate light simulation and render engine) and "XFlow" (CFD software for engineering and scientific applications). All our products have been developed using proprietary technology and are available for multiple platforms and can connect seamlessly with most major applications in the DCC and CAD/CAE markets.

Name: Next Limit xFlow

Version: (64bit) 2015 build 96.01

Home:

http://www.xflowcfd.com

Interface: english

OS: Windows / Linux

Size: 1.0 Gb

XFlow是一款强大的软件，使用具有专利的基于粒子、完整拉格朗日函数，能够在工程、设计、科学和建筑领域简单的处理传统的复杂计算流体动力学（CFD）问题。XFlow具有仿真模拟气体和液体流动、热量和质量转移、移动体、多相物理学、声学和流体结构作用的能力。

重要特点包括：

 无网格方法

XFlow中的无网络方法是基于粒子和具有完整拉格朗日函数的方法，这意味着将不再需要对经典的流体区域划分网格，同时表面复杂性不再是一种限制因素。XFlow能够解决运动的物体和可变形部分，能够适应低质量的输入几何。

 基于粒子动力式解算器

XFlow以一种全新的、基于粒子的动力算法为特征，对波尔兹曼方程和可压缩的纳维－斯托克斯方程进行求解。该解算器的特点是具有现代化的大涡模拟（LES）建模能力，以及具有高级非平衡隔离型模型。

 高级建模能力

XFlow能够处理大规模复杂模型，并且结合移动部分、强制或关联运动或接触建模过程，极大地简化分析结构。

 高级分析能力

XFlow的求解器还支持热分析，热交换，辐射，跨音速和超音速流动，在多孔介质中流动，非牛顿流，离散相模型和复杂边界条件，如多孔介质中跳动或风扇类模型。

 自适应踪迹改良

XFlow的引擎可根据用户需求自动适应解算规模，在各项隔离附近精确解算质量，并且在流动发展同时动态适应其踪迹。

 单独一致的隔离模型

XFlow使用一种统一的非平衡隔离函数对边界层进行建模。该隔离模型可用于所有情况下，这意味着在不同的算法间无需进行选择，也无需处理每个体系相关的不同限制。

 近似线性的可扩展性能

XFlow使用近似线性的可扩展能力，对于多核心技术实现完全的平行处理。