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Better, faster: Improving semiconductor manufacturing equipment design through simulation
The semiconductor manufacturing process involves hundreds of individual process steps, many of which involve liquid and/or gas flow. Designing the equipment to properly utilize the flow is challenging not only because of the complex geometry and multi-physics interactions, but also because process speed and reliability are paramount. Computational fluid dynamics (CFD) simulation can be a valuable tool to help the design engineer discover better designs, faster. This On-Demand Webinar provides an overview of applications in the semiconductor manufacturing process to which CFD simulation can be...
In November of 2016, over 190 countries approved the Paris agreement with the intent of reversing and mitigating the trend for growing greenhouse emissions. This is an ambitious undertaking and, if successful, would have a significant influence on global warming since about a quarter of the emissions come from the transport industry. Without changes in transportation, reversing this trend would not be possible.
내연기관 해석 및 설계 탐색 최신 기술 소개
STAR-CD®/es-ice/DARS는 내연 기관 CFD 시뮬레이션 시장을 선도하는 도구로 연소 및 배출물 형성에 대해 가장 진보된 물리적 모델을 제공합니다. 아울러 이와같은 도구와 설계 공간 탐색을 결합하면 유해 오염 물질 생성을 최소화하면서 연비 및 성능을 극대화할수 있는 보다 혁신적인 설계안을 찾을 수 있습니다. 이번 온라인 영상을 통해 Siemens PLM Software의 내연기관 솔루션에 대한 최신 개발 현황을 비롯하여 더 나은 연소 시스템 설계를 보다 빠르게 찾는 방법을 소개합니다. 본 온라인 강의에 포함된 내용은 아래와 같습니다. STAR-CD/es-ice/DARS 의 개발 동향 내연기관 CFD의 복잡한 화학 반응에 대한 최신 기술 HEEDS™를 사용한 내연기관 설계 탐색
There are few people that are busier travelling during the month of December than one Mr. S. Claus himself. When traveling such long distances it’s hard to survive on mince pies (or cookies), a glass of milk (or brandy) and a few carrots for the reindeer alone. So any chance of cutting down the time taken to deliver presents would no doubt be a welcome one. As Santa delivered his fair share of presents to me, I figured I’d give something back and help him out with something that has bothered me for a long time; the aerodynamics of his sleigh. Whilst his sleigh has stood the test of time, save...
Best practices for forced and natural convection cooling simulations
The two most common cooling approaches for electronics devices are forced and natural convection cooling. Natural convection is often considered ideal because of its inherent reliability but is limited in its heat dissipation capability. Forced convection approaches introduce additional failure points, most notably with a fan, but the dramatic increase in heat dissipation possibly makes the additional risk acceptable. Thermal simulation is a key tool used by design engineers to both assess the cooling approaches available and to guide the detailed design of the system. This On-Demand Webinar...
How to add CFD into a fluid mechanics course
Faculty often want to add computational fluid dynamics (CFD) into their fluid mechanics courses, but don’t know how to make it fit into their already crowded syllabus. In addition, CFD class projects are sometimes limited due to learning curve challenges that involve the creation of geometries and meshing. Are there better ways to teach CFD techniques, especially to undergraduates? Guest Speakers: Tilo Winter, Lecturer, Technische Universität Darmstadt Professor John Cimbala, Pennsylvania State University
Admixtus is the time and cost saving solution for mixing engineers
Poor mixing can result in the loss of millions in investment. Computational Fluid Dynamics (CFD) and Discrete Element Modeling (DEM) simulations are used to answer many unknowns in mixing that cannot be found by analytical or experimental methods. Admixtus, a virtual product development tool that seamlessly integrates with engineering simulation software and automates workflow, can provide engineers the answers to these unknowns. In this webinar we will address three main issues and show how Admixtus can help clear these obstacles: Overcome common hurdles, saving time on geometry setup and...
Desenvolvimento de produtos utilizando exploração de design e engenharia avançada
O momento da engenharia de desenvolvimento de produtos no Brasil é específico e peculiar. Por um lado, o mercado está retomando o crescimento e necessidade de se diferenciar dos concorrentes é iminente. Por outro lado, o cenário recente resultou em redução dos recursos e engenheiros capacitados. A pergunta agora é: como desenvolver um produto inovador que me diferencie dos concorrentes com os poucos recursos existentes da minha empresa? A resposta passa pelo fato de que falta de recursos não se resolve com mais recursos e sim com estratégia. Neste Webinar, os especialistas da Siemens vão...