Science Page 96

The leading Finite Element solution for casting process simulation Throughout the manufacturing industry, casting process simulation is now widely accepted as an important tool in product design and process development to improve yield and casting quality. Based on powerful Finite Element solvers and advanced specific options developed with leading research institutes and industries, ProCAST provides an efficient and accurate solution to meet the casting industry needs. Compared to a traditional trial-and-error approach, ProCAST is the key solution to reduce manufacturing costs, shorten lead times for mold developments and improve the casting process quality. ProCAST provides a complete software solution allowing for predictive evaluations of the entire casting process including mold filling, solidification, microstructure and thermo-mechanical simulations. It enables to rapidly...

Telelogic SDL 6.2是一个实时的软件开发解决方案，提供面向复杂的、事件驱动的通信系统的规范和开发功能。 通过持续模型检查、联合模拟和调试，确保应用质量 在新协议设计中使用现有 C/C++ 遗留代码，保护投资 即使在不完整的、与目标无关的模型中，也无需编写一行代码，即可模拟设计和功能，从而尽早地了解应用行为 通过无缝设计和测试整合来改进产品质量 通过多样的基于标准的测试定义语言，支持手动和自动的测试脚本生成和执行，提高生产力 通过模块化的流程来降低成本，该结构允许创建跨不同系统版本和硬件平台可重用的库 支持的操作系统：HP Unix、Sun Solaris、Windows Telelogic  TTCN Suite 6.2 是真正的标准环境，可用于通信系统的遵从性测试。   为 TTCN 测试脚本提供了现代的图形化编辑器并包含一个广泛的工具集，用于调试测试套件。 允许在主机环境中执行 TTCN 测试套件 自动根据您的规格，生成测试套件 提供从 TTCN 到 ANSI C 的自动转换 使您能将抽象的 ASN.1 数据格式转换成实际的比特流 提供内置 TCP/IP 套接字通信以及标准的系统计时器实现 遵从标准化功能集，简化 TTCN 测试脚本和较大系统之间的整合 支持的操作系统：Linux、Sun Solaris、Windows   Product:Telelogic SDL and TTCN Suite 6.2 Lanaguage:English Platform:/WinNT/2000/XP Size:104MB

IBM® Rational® DOORS® is a requirements management application for optimizing requirements communication, collaboration and verification throughout your organization and supply chain. This scalable solution can help you meet business goals by managing project scope and cost. Rational DOORS lets you capture, trace, analyze and manage changes to information while maintaining compliance to regulations and standards.Rational DOORS provides:Requirements management in a centralized location for better team collaboration.Traceability by linking requirements to design items, test plans, test cases and other requirements.Scalability to address your changing requirements management needs.Test tracking toolkit for manual test environments to link requirements to test cases.Integrations to help manage changes to requirements with either a simple pre-defined change proposal system or a more thorough, customizable change control workflow...

br /> Novapoint is a professional, integrated, civil engineering design and construction software with a strong emphasis on infrastructure design. Developed with professional users in many countries and running on AutoCAD/Autodesk Map. Novapoint is used by road, railway, public works departments, consultants and universities in Europe and Asia. In all main markets Novapoint has been customised to meet local design and drawing standards in co-operation with local design authorities and design engineers. Since its introduction in 1988 Novapoint has consistently expanded and improved its line of software modules for civil engineers around the world.   Novapoint?is a modular based design system with a wide range of professional and integrated燙ivil Engineering applications. The following Novapoint modules are available: Novapoint Road Professional...

The IPM suite of tools: GAP, PROSPER, MBAL, PVTP, REVEAL and RESOLVE can be run together seamlessly, allowing the engineer to design complete field models. The models can include the reservoir tanks, all the wells and the surface gathering system. IPM can model and optimise the production and the water or gas injection system simultaneously. With the Reservoir, Wells and Complete Surface Systems model completed and the production history matched, the production system can be optimised and production forecasts run. The unique global optimisation approach permits the engineer to determine the optimum setting to maximum production or revenue, taking account of all constraints that are set in the system. These results can then be used to implement adjustments at the...

Product View FIRE is mostly used by researchers and development engineers working in internal combustion (IC) engine engineering. It is integrated into their specific product development processes. FIRE enables users to prove the quality and performance of their work even before prototype hardware is created. Development cycles are shortened and costs are reduced, even though the number and complexity of the tasks being performed is significantly increased.FIRE Pre-processing FIRE’s major grid generation tool is FAME, a flexible, yet automated environment that provides computational models containing mainly hexahedral elements. The tool is highly efficient and delivers high quality models. Running fully automated processes as FAME Assembly and FAME Engine +, grids that have been generated using FAME can be assembled to...

AVL CRUISE 2009 was designed in a holistic view to meet the requirements of automotive engineering throughout the development process. It is the combination of all the following specialties that make CRUISE so unique: A modular concept that enables analysis of an extensive variety of vehicle and powertrain configurations An intelligent driver module for realistic reproduction of the vehicle s behavior due to human responses Engine cold-start models to take into account higher friction and thermodynamic effects Torsional elastic shaft elements to study low frequency vibrations of powertrains Black box feature to include user defined components and control algorithms Interfaces to 1-D fluid dynamics software tools Flowmaster2?and KULI? Interface to MATLAB?SIMULINK? Interface to advanced engine cycle simulation AVL BOOST Consideration...

EXCITE Timing Drive is used in the design andanalysis of valve trains to meet the requirements ofdynamics and durability whilst reducing friction andnoise excitation.The output shows the dynamic components of allmodeled valve train elements. The periods ofcontact loss between single valve train elements,the dynamic behavior during valve open phase,and impact forces at valve closing can bedetermined. The results include the excitationforces causing vibration and noise of the enginestructure.Therefore, the results can be used to assessmodifications of cams and valve trains with respectto dynamic loads, valve timing and noise due to impacts in the valve train.The real valve train is described by a lumped mass system. Because of the non-linearity, the dynamicbehavior (motion, forces) of the elements of this system is...

Announcing Strata Design 3D CX 6. This powerhouse upgrade revolutionizes rendering. Up to 500% faster while upping the ante on realism, Design 3D CX 6 makes it easy to add effects like fuzzy reflections and transparency. A new rendering dialog gives you access to this power with sliders for easy adjustments and pop out drawers. The texturing system has been revamped with maximum control over surface effects. You even get direct, object-by-object control over how your scene is rendered. The user interface has also received a major upgrade with a much more Adobe-like UI. Polygon modeling has jumped in power as well. New Slide, Inflate, Flatten and Extrude Inset tools have been added. A new Guide tool lets you easily...

丹麦水力研究所(Danish Hydraulic Institute，简称DHI)是丹麦的一所非盈利性的私营研究和技术咨询机构，成立于1964年。DHI是丹麦技术科学学院的成员之一，也是丹麦应用技术和工程服务行业协会会员。共有职员205人，其中136人具有博士或硕士学位(1994年)DHI致力于应用和发展水力学及水文水资源工程的先进技术和方法。主要从事海岸、河口、港口工程、城市水力学、水资源及环境工程的设计、软件研究及水工模型实验等工作。 DHI提供有关工程设计、运行、管理的广泛的咨询服务及软件系统。并重视国际合作交流，先后在100个国家和地区开展数学物理模型及野外测量的研究工作。 DHI实行董事会管理制度，除行政管理部门外，下设五个业务处室、三个研究中心、和二个业务管理部门。五个业务处室为水资源处、河流水力学处、海岸及环境工程处、港口海岸处、监测处；三个中心为：情报中心、生态模拟中心、国际计算水力学中心；二个业务管理部门为：综合管理部(质量控制、软件生产、计算机设备供应)、对外合作部(商务、对外合作、对欧关系)。 DHI是独立而国际的求教和研究组织。我们的目标是推进在水，环境和健康的领域之内的技术的发展和能力。这些是由他们研发出来的软件。 DIMS系统是被设计来转换不同型态的数据，变成可以被用来管理 和/或 控制(判断支持或关闭回路实时控制)的信息。::::::English Description::::::  DIMS is designed as a system to turn different types of data into information which can be used for management and/or control (as decision support or closed loop real-time control). Examples of different configurations are: Early Warning system for monitoring and control of water intakes Monitoring and control of waste water treatment plants Monitoring and control of sewer systems Environmental monitoring and management of industrial sites Catchment wide environmental monitoring of remote monitoring stations via telemetry DIMS has a focus on acquisition of basic data from water, waste water, waste, air, energy, raw materials, products and economy systems, and includes tools for control, documentation and automation of the acquisition. Methods...