Industry 第9页
traffic,biomedicine,mechanical,and CG softs.
Lipids are key components of living organisms and an essential contributor to cell processes. Lipidomics, the study of lipid component of a system, has recently gained an increasing importance with recent major discoveries of lipid roles in cell-signaling and vital biological processes beyond the established functions as membrane building blocks and energy storage. Lipidomics and lipid profiling, using Liquid Chromatography Mass Spectrometry (LC-MS) is a rapidly growing are in translational medical research. The Thermo Scientific™ LipidSearch™ software processes LC-MS data, including the high-resolution accurate-mass (HRAM) data generated by Thermo Scientific™ Orbitrap™ -based mass spectrometers, to provide accurate lipid identification, relative quantitation, statistical analysis and results visualization. LipidSearch mines data, even those acquired under advanced workflows such as multiple activation types...
Optiwave OptiMode 5.0—a sophisticated CAD platform designed for optimal waveguide structures. OptiMode empowers engineers and researchers with precise modal analysis, offering insights into mode characteristics, profiles, and effective indices. Key Features of OptiMode: Modal Analysis Mastery: OptiMode serves as a pivotal component for precise modal analysis, allowing users to identify supported modes and determine critical characteristics such as mode profiles and effective indices. Versatile Applications: OptiMode supports a wide range of applications, including single mode (SMF) and multimode (MMF) fibers, planar waveguide design, and complex profiles like Multicore fibers (MCF) and hollow core fibers (HCF). Seamless Integration: Available as a stand-alone application and integrated into Optiwave’s propagation tools, OptiFDTD and OptiBPM, OptiMode enhances design workflows through modal injection in source...
OptiInstrument, developed by Optiwave in collaboration with EXFO, addresses the need to automate instruments for researchers, scientists, photonic engineers, professors, and students. OptiInstrument provides a simple, efficient, and user-friendly way to manage multiple applications. KEY FEATURES User-friendly GUI that operates from a single window Remote operation and control of instruments Execute one or a sequence of SCPI commands Import sequences and script files Reorder commands, add loops and pause from a preconfigured list Generate Python script from a sequence of commands Edit and run Python code using the built-in editor Show graph or table view of data signals Save results of executed SCPI commands in a CSV or JSON file Run preformatted scripts to automate optical measurements using EXFO equipment NEW...
CADWorx Plant Design Suite 25 版是面向新一代工厂设计的完整解决方案套件，包含 CADWorx Plant Professional 2025、CADWorx P&ID Professional 2025 和 CADWorx Structure Professional 2025。 此版本包含多项新功能和更新，包括与最新 CAD 平台（AutoCAD 2022-2026 和 BricsCAD v21-v24）的兼容性。 可用版本: 25.x , 24.x ,… Hexagon CADWorx Equipment 25.0 凭借无缝集成、智能绘图工具和先进的管道规则，CADWorx Plant Design Suite 助力工程师和设计师在设计项目中实现更高的精度和效率。 从目录编辑器开始，新增了查找和替换功能，可快速定位项目，并根据需要更新整个选择集。这显著节省了时间，尤其是在目录包含来自多个供应商的数据时。 某些管道支架组件现在可以设置最小和最大长度——这有助于确保模型中放置的任何管道支架都与制造商的目录相符。 新增了诸如 `ConvertEnhanced`、`ConvertfromPRJData`、`Generic`、`En` 和 `Generic` 等命令的按钮，同时恢复了其他一些按钮，例如 `ChangeSize` 和 `ChangeSpec`。 现在可以修改管道组件上的保温层。如果保温层未覆盖管道的整个长度，只需选择新的保温层夹点并相应地调整长度即可。此外，现在可以使用物料清单 (BOM) 命令生成保温层信息。只需几秒钟，即可将保温层 BOM 添加到布局中，或将其导出为文本、Excel、HTML 或 Access 文件。 新增的“倾斜路由”管道规则允许在配置中设置预定义的坡度，而新增的“倾斜自动路由”图标则允许用户自动放置具有此坡度的管道。这提高了建模速度和精度。 现在可以将自定义数据映射到管道参考，从而可以使用基于自定义数据值的选择集生成等轴测图。管线编号仍然可以导出以供使用，但会被完全替换为映射的自定义数据值。 新的视图框对话框现在提供等轴测视图，即使在需要时使用脚本，也能高效地生成布局图。 其他功能包括： 全局 Isogen 编辑：可全局编辑多个组件的 Isogen 数据 可从相对路径加载配置文件 从 PV Elite® 导入矩形容器 结构板的物料清单 (BOM) 现在会考虑整个布局，以辅助组件标记 新增 Navisworks 属性导出功能 从 CADWorx Design Review Professional 导出 HTML More Information in English:Hexagon CADWorx Plant Design Suite 25.0
Particleworks is a CFD simulation software based on MPS -moving particle simulation- method. By using particles as calculation points without mesh generation, it greatly reduces the number of pre-processing steps such as simulation model creation and simulates complicated liquid behaviors including large-scale deformation of free surfaces such as oil behavior of power train, piston oil cooling, vehicles driving into the flooded road, mixing of food, chemicals and resin, debris and concrete flow, and tsunami runup, etc. Because of such simulation capabilities, Particleworks has been attracting attention in various fields including automotive, machinery, electric, material, food, chemical, biomedical, energy, and civil engineering industries all over the world. Granuleworks is a granular material simulation software based on the discrete element method (DEM)...
VPG Suite is a virtual proving ground software solution that assists engineers’ understanding of true system performance under various conditions, providing early system-level validation. VPG Suite is an LS-DYNA plugin vertical application toolbox to assist product design and development for transportation industries. For years, VPG has helped engineers understand true system performance and provide early system-level validation through virtual proving grounds simulations. The all-new VPG Suite 2023 accomplishes this goal and much more. VPG Suite 2023 introduces new features and capabilities across pre-processing, post-processing, and safety modules. Pre-Processing Added Sweep/Tetra/Drag meshing functions. Added Along edge/By path for element selection functions. Added Tag function. Added Point to Face measurement function. Added Section Cut tool. Safety Pedestrian Protection module has supported regulation...
Inventium PreSys is an engineering simulation solution for the development of finite element analysis models. It offers an intuitive user interface with many streamlined functions, allowing fewer operation steps with a minimum amount of data entry along the way. Using PreSys, the user can analyze product designs, view simulation results and analyze/predict how the product will perform in a given circumstance.
CoventorMP 2.1 (MEMS+ 7.101 and CoventorWare 11.101) provides 3D MEMS simulation, analysis, and design automation software for the development of micro- and nano-scale devices and systems. These modules cover the full MEMS design flow for system-level simulation, layout generation, and finite element analysis (FEA) and model generators for IC simulators. The list includes: CoventorWare Designer for MEMS physical design, including process layout and solid modelling CoventorWare Analyzer for preprocessing, field solving and visualizing results MEMS+ Simulator for reduced-order model extraction MEMS+ Innovator for assembling a MEMS device using 3D parametric components MEMS+ Scene3D for looking at MEMS+ Simulator, MATLAB/Simulink, or Cadence’s Virtuoso results in 3D A 2D Layout Editor was introduced in 2018 CoventorMP 2.101 for Red Hat Enterprise Linux Desktop 6 and 7, 64-bit New features...
GRLWEAP is a one dimensional wave equation analysis program to simulate motions and forces in a foundation pile when driven by either an impact or vibratory hammer. Since initially developed in early 1970s, the program has been improved continuously to add many features which help improve the accuracy of predicted stresses, bearing capacities, blow counts and installation time. The accuracy has been improved and proven by matching the results with field observation and measurement by the Pile Driving Analyzer®. PDI GRLWEAP Offshore 2010-7 Tested Picture GRLWEAP is the software of choice for industryleading piling professionals around the world.GRLWEAP: Calculates driving resistance, dynamic pile stresses, and estimated capacities based on field observed blow count, for a given hammer and pile system...
INPLANT Fluid Flow Design is a rigorous, steady-state simulator for designing, rating, and analyzing plant piping systems. Engineers can quickly rate and analyze the safety of plant piping systems through INPLANT’s updated Graphical User Interface (GUI). INPLANT also enables the design of new piping systems or the revamp of a wide variety of existing systems. Applications range from simple, single pipe sizing and rating calculations to large, multiphase fluid piping networks with complex, nested-loop topology. Relief system problems involving networks with single or multiphase fluids at high velocities or in critical flow can also be solved using INPLANT. AVEVA INPLANT Fluid Flow Design 2023 Tested Picture The following enhancements have been made to INPLANT Fluid Flow Design 2023: Infrastructure Updates...
