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Better Metal-Temperature Calculations Faster with Conjugate Heat Transfer (CHT) and CFD
For power generation machinery involving three-dimensional, asymmetric hot fluid flows (such as gas turbines, steam turbines, turbochargers, heat exchangers, boilers, furnaces, etc.), Finite Element Analysis (FEA) will be required to assess whether those machines will be as durable as desired or instead prone to problems from thermal stress and fatigue. But why not use CHT with CFD to provide your FEA engineers with the most accurate metal temperatures possible, as inputs to their thermal stress calculations? This is especially applicable when the fluid temperature in the machinery varies...
This workshop will show how detailed CFD simulation and design exploration can reveal new insights into system performance and enable robust system design, so you, the design engineer, can produce better designs, faster. The tools and techniques that will be discussed apply whether your design work focuses on component, board, or system design.
Pump companies use CFD flow simulations to achieve different goals – for instance, to troubleshoot poor performance of existing pumps , to validate the performance of already-defined designs , or to predictively explore the performance associated with new design concepts . But most pump engineers agree that the ultimate goal is to perform more simulations in order to discover better pump designs, faster as a substitute for slower and more expensive physical prototyping and testing. Moreover, it is possible for CFD simulation to be used to predict pump performance under wide-ranging operating...
STAR-CCM+ is being used to reduce sonic boom and drive the design of the Spike S-512 Supersonic Jet New York and London. September 13, 2016 CD-adapco, a Siemens business, is partnering with Spike Aerospace to develop the Spike S-512 Supersonic Jet, a state-of-the-art aircraft that promises to reduce flying times by half, through the use of its industry-leading computer aided engineering software tool, STAR-CCM+ ® . CD-adapco joins Maya Simulation in partnering with Spike Aerospace as they attempt to make the next generation of supersonic business jets a reality. Recognizing the importance of...
【会议信息】 时间:2016年8月24日下午3:00- 4:00 费用:免费(需事先注册) 语言:中文 注册方法: 希望参加本Webinar的客户,请从本页面的注册窗口进行注册。 【内容介绍】 VSim(Vehicle Simulation)是由CD-adapco公司开发的用于汽车整车外气动(Aerodynamic)、整车热管理(VTM)的程序包。 该程序包用于自动化、流程化整车模拟,从CAD文件,自动执行CFD仿真流程的每一步,直至生成PPT格式的结果报告。 VSim程序包是数年来我们的汽车行业模拟专家的经验积累,以及数年来所编写的每一步模拟流程宏命令的集合, 该程序包能够在用户最少的干预下运行一个完整的汽车模拟流程。 在本次研讨会中主要介绍: VSim功能简介 整车模拟最佳实践 自动化流程设计参数 VSim使用流程 VSim程序包能够自动化、流程化客户在整车外气动、热管理的仿真过程,大大提高客户的模拟效率,标准化工作流程,并且固化、继承客户的先进模拟经验。 【演讲人】 范俊磊, CD-adapco高级技术支持工程师
Originally conceived as pure test of athletic ability, the motto of the Olympic games is “Citius, Altius, Fortius”, which is Latin for "Faster, Higher, Stronger". However, Olympic competitors are increasingly supplementing hard work and training with engineering simulation in their quest for Olympic glory. As the the sun sets over Rio and the Games of the XXXI Olympiad I decided to investigate some of the ways engineering simulation is influencing the outcome of Olympic sporting events.
For many years, CD-adapco has been the market leader for I nternal C ombustion E ngine (ICE) simulation. With the STAR-CD ® /es-ice suite of software, powertrain engineers around the world have designed and optimized combustion systems for all types of applications, from small two-stroke power tool engines to the world’s largest ship engines. And while the current solution continues to improve with exciting new features and capabilities, for the past two years CD-adapco has been working diligently on implementing capabilities for in-cylinder applications into the flagship STAR-CCM+ ® product...
CD-adapco, a global provider of multidisciplinary engineering simulation and design exploration software, announced today accelerated development efforts for its industry-leading Internal Combustion Engine (ICE) simulation solutions. The overall plan enhances capabilities in the STAR-CD® /es-ice suite of software along with enabling a majority of in-cylinder simulation features within the company’s flagship product, STAR-CCM+®, by the close of 2017.
Desenvolvimento Virtual de Motores a Combustão Interna
A Engenharia de desenvolvimento de motores a combustão interna (otto e diesel) está vivendo uma série de desafios, sejam pelas mudanças constantes nas legislações de emissões, sejam pelas solicitações dos consumidores para motores cada vez mais eficientes, leves e econômicos. A propulsão híbrida já é uma realidade no cenário automotivo mundial. No Brasil estamos dando os primeiros passos neste tipo de Engenharia. No entanto, temos um cenário de combustíveis único, onde etanol hidratado nos traz problemas de combustão e otimização de ciclos que nossos colegas do restante do mundo não vivenciam...
STAR-CCM+의 새로운 전자장비 냉각 해석 솔루션
자동차, 항공우주, 조선해양, 석유 및 가스, 에너지, 원자력, 생명 과학, 화학 공정 그리고 전기전자 등 거의 모든 산업 분야에서의 제품 개발을 위한 응용 분야에서 범용 시뮬레이션 도구로 STAR-CCM + ®가 사용되고 있습니다. 열 시뮬레이션은 전자 분야에 가장 일반적인 요소이지만, 다른 많은 산업 분야에서도 전자 냉각 어플리케이션이 빈번하게 요구되고 있습니다. 전자 분야에서 강제 또는 자연 대류에 따른 방사, 전도, 대류에서의 복합 열전달 해석은 시뮬레이션이 필요한 주요 영역이 되었습니다. 이번 영상에서는 곧 출시 예정인 STAR-CCM+v11.06에 포함된 새로운 전자장비 냉각 기능을 소개할 예정입니다. 새로운 전자장비 냉각 기능의 개발 배경과 앞으로의 계획을 비롯해 이를 이용해 PCB 어셈블리를 해석하는 데모 영상 보여 드릴 예정입니다. 별도의 독립된 프로그램이 아닌 STAR-CCM+ 안에서 구현되는 전자장비 냉각 해석 솔루션을 발매 전 경험해 볼 수 있는 기회가 되기를 바랍니다.