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AUTOMOTIVE
Simulate and optimize the full aerodynamic performance of a car early in the design process: save valuable time and get accurate results running any number of design variations using templated workflows.
This Wednesday April 14th, 2021
REGISTER HERE
Optimizing the external aerodynamics of a car can greatly improve vehicle performance and reduce fuel consumption. It can also significantly enhance passenger comfort by reducing cabin noise. And accurate prediction of front-end airflow enables optimizing thermal management of key components like heat exchanger, disc brakes, etc...
The use of high-fidelity CFD simulation tools early in the design process, allows for testing a large number of design variations and highly refining the performance of a new design, long before proceeding to physical prototypes testing and validation.
OMNIS™ provides an end-to-end CFD environment with dedicated tools to solve each step of the simulation process quickly and efficiently. The intuitive interface guides the user through highly automated workflows, helping engineers make intelligent design decisions and decide between trade-offs like minimizing wind resistance and adequate cooling of the heat exchangers.
Aerodynamics, underhood thermal management, rotating equipment analysis of pumps, turbochargers, fans, etc. and aero- and vibro-acoustics tools are all
accessible from within the same multiphysics environment.
During this webinar our experts will present the end-to-end CFD workflow for aerodynamic simulation of three design variants of the DrivAer car model.
The following new or updated CFD jobs have been posted in the
CFD Jobs Database since last week (Sun, Apr 4, 2021):
#17085: Research Assistant, biomass conversion
Zhejiang University, Job in Academia
China, Zhejiang, Hangzhou
#17084: Postdoctoral position in biomass conversion
Zhejiang University, PostDoc Position
China, Zhejiang, Hangzhou
#17083: DNS of turbulent four-phase flows
TU Dresden, PhD Studentship
Germany, Dresden
#17082: Post Doctoral/Researcher in particles based HPC computing
Indian Institute of Science, Job in Academia
India, Karnataka, Bangalore
#17081: DEVELOPMENT OF NEW GROUND-TO-SPACE CFD-BASED ATMOSPHERIC MOD
U.S. Naval Research Laboratory, Job in Industry
United States, DC, Washington
#17080: High-fidelity simulation of supersonic air intakes
DAEP, ISAE-SUPAERO, Job in Industry
France, TOULOUSE
#17079: HPC Software Engineer
NUMECA International, Job in Industry
Belgium, Brussels
#17078: Project Associate and Senior Project Associate
Indian Institute of Science (IISc), Job in Academia
India, Bangalore
#17077: Modeling of the diffusion of railway brake particles
UPHF, PhD Studentship
France, Valenciennes
#17076: PhD student in CFD
University of Maine at Orono, PhD Studentship
United States, Maine, Orono
#17075: Scientific Programmer (f/m/d; W089)
Max Planck Institute for Meteorology, Contract Work
Germany, Hamburg
#17074: Numerical study of unsteady aerodynamics of supersonic intakes
Loughborough University, PhD Studentship
United Kingdom, Leicestershire, Loughborough
#17073: Bioprocessing CFD simulation (STAR-CCM+)
Procegence, Job in Industry
United States, Maryland, Chevy Chase
#17072: Research Assistant/Fellow on Computational Carbon Storage
Brunel University, PostDoc Position
United Kingdom, London
#17071: Research Assistant/Fellow on Computational Carbon Storage
Brunel University, Contract Work
United Kingdom, London
#17070: PhD in numerical modelling of offshore wind farms
The University of Manchester, PhD Studentship
United Kingdom, Manchester
#17068: Research Scientist and PhD Fellowship in Multiphase Flow CFD
Guangdong Technion, Israel Institute of Technology, Job in Academia
China, Guangdong, Shantou
#17065: HPC Software Engineer
NUMECA International, Job in Industry
United States, San-Jose
#16971: CFD Software Developer
CONVERGENT SCIENCE, Job in Industry
India, Pune
To learn more about these jobs please visit the CFD Jobs Database at https://www.cfd-online.com/Jobs/
Do you want to know how next level thermal-fluid analysis of electronics components is performed using new features in the latest release of CRADLE 2021 software? If yes, then come join us for this webinar.
After this webinar, you will have a better understanding of the various physical models and functions that accelerates your guided innovations to drive the thermal-fluid analysis of electronic devices.
Thermal management is crucial in electronics, as it improves reliability and enhances performance by removing heat generated from the devices. There is a need for computational fluid dynamics (CFD) to encounter the challenges faced in the thermal management of electronic parts in various domains such as consumer, automotive electronics, aerospace and defence, medical electronics. Thermal management is a fringe technology of generation, dissipation and control of heat fluxes generated in electronic devices and systems.
scSTREAM thermo-fluid software has served the electronics industry for almost about last three decades. The ever-evolving software is characterized by its overwhelmingly user-friendly interfaces and high-speed processing, which is specially developed for the thermal design of electronics products.
In the latest release,
The cut cell capabilities were enhanced to support the multi-face elements, multiblock and thermal radiation. The enablement of IPC-2581 support in scSTREAM enables importing PCB detailed design data in a single file. The webinar will be useful for anyone interested in Computational fluid dynamics, practising engineers, students, scientists, and industry personnel who has the inquisitive mind for the latest developments in the field of electronics CFD.
Hexagon’s “Your Challenge, Our Solution” initiative is a Methodology and Solution development drive offered as complementary services by Hexagon’s CFD Experts primarily aiming to address critical challenges faced by various industries and are eagerly looking to address them.
United States, April 22, 2021 | 11:00 AM – 11:30 AM EST
Learn about the best methods for optimizing combined cycle
performance.
Description:
In this webinar, we will show an example on how to find the
best efficiency configuration of a combined cycle through
algorithmic optimization for any load factor in the
AxSTREAM Platform.
The following new or updated CFD jobs have been posted in the
CFD Jobs Database since last week (Sun, Mar 28, 2021):
#17069: Combustion CFD Developer
Cambridge Flow Solutions Ltd, Job in Industry
United Kingdom, Cambridge
#17068: Research Scientist and PhD Fellowship in Multiphase Flow CFD
Guangdong Technion, Israel Institute of Technology, Job in Academia
China, Guangdong, Shantou
#17067: CFD researcher
Irish Manufacturing Research - Design for Manufacturing Team, Job in Industry
Ireland, Dublin
#17066: Software Engineer - Phd Candidate (SseCOID)
NUMECA International SA, Job in Industry
Belgium, Brussels
#17065: HPC Software Engineer
NUMECA International, Job in Industry
United States, Brussels
#17064: Knowledge Expert FEA and CFD Simulations (f/m/d)
Kongsberg Automotive, Job in Industry
Germany, Hallbergmoos
#17063: PhD - Thermal Management of Electric Batteries
Birmingham City University, PhD Studentship
United Kingdom, Birmigham
#17062: PhD student in grid-adaptation for turbulence simulations
Computational Turbulence Laboratory, University of Maryland, PhD Studentship
United States, Maryland, College Park
#17061: Accelerating flow Simulation by deep learning (AI)
ISAE-SUPAERO, PhD Studentship
France, OCCITANIE, toulouse
To learn more about these jobs please visit the CFD Jobs Database at https://www.cfd-online.com/Jobs/
