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只看楼主倒序阅读使用道具楼主发表于: 2015-12-12 22:31:45

FLOW-3D HYDRO针对土木和环境工程行业提供了完整CFD建模解决方案。FLOW-3D HYDRO具有流线型、以水为中心的用户界面，并为高效建模工作流程提供了新的仿真模板，以及针对土木或环境工程师所需的扩展培训材料。FLOW-3D HYDRO由业界领先的FLOW-3D 求解器引擎以及尾矿、多相流和浅水模型的最新发展提供动力，将卓越的模拟能力交给用户。
致力于用户的成功，FLOW-3D HYDRO附带了高级支持、视频教程和可访问大量示例模拟。我们也提供CFD服务，包括定制培训课程、HPC高性能计算资源和灵活的云计算选项。如果您是现有的FLOW-3D 用户或有兴趣将CFD建模功能添加到水力工程实践中，那么请与我们联系，以探索FLOW-3D HYDRO的实施选项。

FLOW-3D CAST提供了完整的流场和热力学场的全方位铸造解决方案。通过与金属铸造行业的客户合作，在铸件和铸造工艺的优化过程中将铸造工艺知识与仿真优势相结合。秉持铸造卓越的承诺，我们与我们的客户积极合作，将不断深化的仿真技术融入其生产经营中。
FLOW-3D CAST的产品和服务包括了完整的铸造工艺模块和强大的技术服务团队。今天，产品已经被广泛应用于金属铸造行业，尤其是在汽车和重工业领域的铸件设计和优化中起到了举足轻重的作用。 FLOW-3D CAST提供了各种学习途径，比如定期的培训计划、线上/线下的研讨会和相关的铸造展览会，为用户以及想了解和学习的人们提供专业的持续教育。
FLOW-3D POST是一种先进的后处理工具，可为所有FLOW-3D相关产品提供复杂的可视化和分析。FLOW-3D POST由ParaView引擎提供动力，在直观的后处理界面内为用户提供卓越的分析能力。沿着样条线路径的任意二维剖面、三维剖面和透明度、体渲染、高级数据时间序列图表和计算器、流线和矢量绘图都是用户可用的一些令人惊叹的工具。结合了丰富的视口布局功能集和动态对象可视化工具，FLOW-3D POST允许工程师优化CFD结果，以满足分析和演示需求。ParaView原用户将欣赏FLOW-3D POST保留了ParaView的高级功能，而新用户将享受用户界面的简单性以及后处理任务的即时、直观的成功。
FLOW-3D AM是一个计算流体动力学软件，用于模拟和分析增材制造过程，如激光粉床融合（L-PBF）、黏结剂喷射（BJ）和定向能量沉积（DED）。
FLOW-3D AM的自由液面跟踪算法及其多种物理模型可高精度模拟铺粉、熔池动力学、L-PBF和DED的气孔形成、黏结剂喷射工艺的树脂渗透和扩散，分析和优化工艺参数。
激光粉床熔融 Laser Powder Bed Fusion
FLOW-3D AM有助于工程师和研究人员了解激光功率、扫描模式和扫描速度等工艺参数对熔池尺度下潜在物理现象的影响，包括孔隙的形成、球化缺陷的产生和凝固微观组织的演变。
- 研究粉末堆积和铺粉特性
- 分析介观尺度下的熔池动力学
- 提取信息以研究微观结构和残余应力
黏结剂喷射 Binder Jetting
FLOW-3D AM模拟黏结剂喷射3D打印工艺中树脂在粉床的渗透和横向扩散。全面准确地解析粉床中的颗粒和空隙，可以分析液滴的渗透时间和扩散，从而有助于优化工艺参数。
- 喷嘴设计
- 研究粉末堆积和铺粉特性
- 分析液滴撞击、聚合和扩散
定向能量沉积 Directed Energy Deposition
在定向能量沉积工艺中，送粉速率、粒径分布、激光功率和扫描速度等参数会影响打印层厚和晶体取向。FLOW-3D AM模拟定向能量沉积工艺细节，以实现对多层沉积更好的过程控制。
- 优化送丝速度和方向、粉末喷入速率以及激光参数，实现工艺稳定性
- 分析介观尺度下的熔池动力学

FLOW-3D is one of the important products for fluid dynamics simulation of multi-physics computational fluid dynamics presented by FLOW SCIENCE. This product has high power and accuracy and its worldwide distribution started in 1985 and various versions have been released to the engineering community. FLOW-3D provides detailed engineering insights into the multi-physical fluid process. Solutions for thermal energy transfer, 6 times more freedom in fluid and surface interactions, and analysis of mechanical and heat stress tests are among the highlights of this software. Together with TruVOF’s advanced algorithm for free-surface fluid tracking, these capabilities have made FLOW-3D the ideal simulation software for research, design and improvement of manufacturing processes in related industries.
FLOW-3D is a comprehensive software package for product installation, simulation and post-processing processes. No additional modules are needed to do this. The meshes, while sophisticated and capable, are easily applicable so that the simplicity of the Cartesian structure to the implementation of sophisticated geometrical objects provides engineers with high computational efficiency. Using FlowSight, which is a good implementation for post-processing processes globally, data visualization and advanced data analysis is possible, allowing for comprehensible results to be produced transparently between colleagues and clients.

System Requirements

Supported operating systemsWindows 10 / 11
Minimum requirements

FLOW-3D products require the following minimum hardware to function:

A 64-bit CPU supporting SSE4.2
A workstation-class NVIDIA graphics card supporting OpenGL 4.5+ and display output with 2GB+ VRAM Storage
At least 100GB disk space
At least 32GB of RAM

Recommendations

The exact hardware needs depend on the simulation, but the following hardware will usually give good performance for typical problems.

Current generation x86-64 Intel CPU with 16+ cores and a high clock speed, e.g., Xeon CPU(s)
NVIDIA graphics card supporting OpenGL 4.5+ and display output with 4GB+ VRAM
A display with at least 1920×1080 resolution
4TB+ NVMe drive
128GB+ of high-speed RAM