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This seminar will present the most up-to-date 3D analysis and efficient heat transfer methods available for mechanical and electronic system design, including components and assemblies. CFD specialists will present examples of thermo-fluid dynamic (CFD) 3D calculations to effectively evaluate the temperature of components, including capabilities for heat exchangers, gas turbine engines, air conditioners, and cooling of electronics.
This seminar will present the most up-to-date 3D analysis and efficient heat transfer methods available for mechanical and electronic system design, including components and assemblies. CFD specialists will present examples of thermo-fluid dynamic (CFD) 3D calculations to effectively evaluate the temperature of components, including capabilities for heat exchangers, gas turbine engines, air conditioners, and cooling of electronics.
In January 2013, the IMO (International Maritime Organization) introduced the EEDI (Energy Efficiency Design Index) as a way to evaluate the energy efficiency of new vessels. The purpose of the EEDI regulation is to reduce the CO2 emissions from ships. This often leads designers and operators to reduce engine sizes and consequently emissions and operation speeds. This educational webinar will showcase how CFD (Computational Fluid Dynamics) is being used to evaluate and improve designs to reduce drag from the hull and appendages and maximize thrust from the propulsion system in order to reduce...
This webinar will show the latest advancements in Computational Modeling and Simulation (CM&S). Presenters will highlight new tools that are available to help improve things like bench top tests and in vitro and in vivo tests. New methods to better handle scale up challenges and accelerate the clinical trial will also be discussed. Leading technologies like STL geometry preparation, overset mesh, mesh morphing and FSI will be demonstrated to help attendees understand how you can implement these approaches in your daily work. Guest Speaker: Michael Drues, President, Vascular Sciences...
Daimler and CD-adapco™ have been working at achieving full integration of a simulation management system into a PLM environment that eases the challenge for CAE experts to run simulations. By designing the digital prototype, this allows engineers to simulate the vehicle in real world test conditions. The model is used to predict thermal temperature of components and cabin comfort during drive cycles via Virtual Vehicle Testing. This online event provides an introduction to simulating systems and related methods. Attendees will learn the immense benefits that can be achieved through simulating...
After the success of last year’s inaugural event, CD-adapco announces the 2nd Conference in Houston, TX on November 4th and 5th. Professionals will share experiences in the application of CFD in the Oil, Gas and Chemical industries on such topics as reactor engineering and multiphase flows, fluid structure interaction (FSI), free surface flows, complex geometry handling, combustion and much more!
FS Dynamics sign long term million dollar deal to use CD-adapco CFD simulation software. New York and London. September 24, 2014 CD-adapco™, the largest privately held CFD focused provider of Computer Aided Engineering software, recently finalized a three-year contract, worth over €1M, with FS Dynamics ( www.fsdynamics.se ). Since it was founded 10 years ago, FS Dynamics has rapidly grown to become the leading supplier of CAE services in the Scandinavian region, focusing on the application of CFD and FEM technology to solve a wide range of technically-challenging industrial engineering...
After the success of last year’s inaugural event, CD-adapco announces the 2nd Conference in Houston, TX on November 4th and 5th. Professionals will share experiences in the application of CFD in the Oil, Gas and Chemical industries on such topics as r eactor engineering and multiphase flows, fluid structure interaction (FSI), free surface flows, complex geometry handling, combustion and much more!
An Introduction to Comprehensive Multiphase Modeling Capabilities
Increasingly, simulating systems rather than isolated components may be more realistically represented by not only a single multiphase modeling approach, but the use of several complementary multiphase models working together. Presenters demonstrate the wide variety of applications that can be solved using a multiphase toolset. Examples include, the build-up of ice on an aircraft wing, the demisting of a headlamp, the transport of rocks/aggregates, dropping a lifeboat into the sea or the spray painting of a car. Additional modeling capabilities using a single integrated environment such as...

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