Update for book, Nov. 4.

I am still writing book. Hopefully, it will be done this month.

Part Draft 2 Draft 3 Test1 Test2 Editor 1 Editor 2 Tech Editor1 Tech Editor2
I-1 + + NA NA + + + NA
I-2 + + + +
NA
II-1 + + NA NA
II-2 + +   NA
III-1 + + NA NA +    
III-2 +
        NA  
IV-1 + + NA NA +      
IV-2           NA  
Add-on   NA NA     NA NA

Update for book, Oct. 9.

I accelerated with book’s writing. Here there is a last update.

Part Draft 1 Draft 2 Draft 3 Testor 1 Testor2 Editor 1 Tech Editor1 Tech Editor2
I-1 + + + NA NA +
I-2 + + + + +
II-1 + + + NA NA
II-2 + + +
III-1 + + NA NA      
III-2 + ..            
IV-1 + ..   NA NA      
IV-2 ..              
Add-on .     NA NA    

High Adoption of CFD by Boeing, Lockheed Martin, United Technologies, General Dynamics, and Bombardier Aerospace Favoring Market Growth: Technavio

LONDON–(BUSINESS WIRE)–According to the latest market study released by Technavio, the global computational fluid dynamics (CFD) market is expected to reach USD 1.82 billion by 2020, growing at a steady CAGR of nearly 9%.

Global CFD market is expected to reach USD 1.82 billion by 2020, growing at a steady CAGR of nearly 9%.

This research report titled ‘Global CFD Market 2016-2020’ provides an in-depth analysis of the market in terms of revenue and emerging market trends. The report presents the vendor landscape and the corresponding detailed analysis of the major vendors in the market based on revenue. The report, also, considers the revenue obtained from the sales of software licenses.

The aerospace and defense industry manufacturers are facing high pressure to reduce the product development cycle. CFD is mainly used in the second stage of the product development cycle. In the designing stage, the simulation and optimization processes are carried out using software such as computer-aided engineering (CAE) software. The designing stage is a vital stage in the product development life cycle as it can reduce the time and cost of production of aerospace and defense products. Hence, industries are highly dependent on the software to reduce product development cycle time.

Update for book

Part Draft 1 Draft 2 Draft 3 Test Editor 1 Tech. Editor
I-1 + + + NA +
I-2 + + + +  
II-1 + + + NA  
II-2 + + ..      
III-1 + + ..
NA    
III-2 .          
IV-1 + ..
  NA    
IV-2 .          
Add-on .        

Book

I am writing a book about CFD and decided to publish a roadmap here:

Part Draft 1 Draft 2 Draft 3 Editor 1 Tech. Editor Editor 2
I-1 +
I-2 +
II-1 +
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III-1
III-2
IV-1 .
IV-2 .

CD-adapco To Host CFD Oil, Gas & Chemical Industry Event

The Oil, Gas and Chemical CFD Conference to be held May 19-20 in Houston will show how engineers can leverage CFD simulation to address cost concerns during the economic downturn

New York And London (PRWEB) CD-adapco, a global provider of multidisciplinary engineering simulation and design exploration software, is hosting the Oil, Gas and Chemical CFD Conference on May 19-20 in Houston.

This premier biennial event brings together leading professionals from the Oil, Gas and Chemical industries and gives them a platform to share their experiences in the application of CFD to improve designs and reduce costs without compromising safety. Participating speakers include, but are not limited to, General Motors, Shell, OneSubsea and Technip.

“Whether driven by the lower-for-longer Oil & Gas market, or the need for innovative new products, CFD is invaluable in helping engineers understand design performance, explore alternatives, and provide solutions at lower cost without compromising safety,” said Alex Read, CD-adapco’s Director for Business Development in the Oil & Gas industry. “As companies involved in these sectors seek to remain profitable, they are increasingly turning to engineering simulation to improve product longevity and reduce operating costs.”

The conference aims to share experiences and best practices from across the engineering world. This year’s event will feature a presentation from General Motors, a pioneer in successfully applying CFD in solving complex engineering problems to reduce time and cost. Attendees will have the opportunity to learn about the methods and modes to achieve such success.

Featured speakers at the event are Dr. Ray Cocco, President at Particulate Solids Research, Inc., and Dr. Kevin Farrell, Principal Engineer for Fluid Flow & Process Heat Transfer at Heat Transfer Research, Inc. The event will include the following sessions: Heat Exchangers, Separation, Process Safety, Fire and Smoke, Fluidization, Design of Offshore Floating Vessels, Flow-Induced Vibration, Flow Assurance and Combustion.

“The demand for materials with novel functionalities drives the chemical industry to be innovative and make their processing steps more efficient,” said Dr. Ravindra Aglave, CD-adapco’s Director for Business Development in the Chemical & Process Industry. “CFD simulation is essential during development of those processes such as mixing, separation and reactions. The ability to couple particle flows using DEM and fluid flow using CFD has opened a way to solve a whole new area of problems in fluidization and particle attrition. It continues to build on our message of ‘Discover Better Designs, Faster.’”

Registration for the Oil, Gas and Chemical CFD Conference is available at http://www.cfdhouston2016.com

Siemens is buying CD-adapco

Germany’s Siemens makes the first big headline of 2016 with the announcement that it will buy simulation company CD-adapco for a whopping $970M.
Siemens PLM is best known in the CAD world as the maker of enterprise CAD, CAM and CAE software, notably NX and Teamcenter, as well as Solid Edge. Melville, New York’s CD-adapco was the last big independent CFD company. The 900-person-strong CD-adpaco was able to boast a 2015 revenue of $200M and claimed a growth rate of 12 percent year over year for the last three years, according to the joint company press release.

With other CFD companies being scarfed up by CAD and CAE companies with bigger ambitions (Fluent went to ANSYS, Blue Ridge Numerics to Autodesk), CD-adapco was the last of the big independent CFD holdouts.

With the death of its founder last year, Steve MacDonald, the reins were passed to wife Sharron MacDonald, whose single biggest act of her short tenure was getting Siemens to fork over five times her company’s revenue.

We didn’t see this coming. CD-adapco had been so public in their affection for Dassault Systèmes at last year’s annual user meeting that our Shawn Wasserman came close to suggesting they get a room. (See “What CFD Software Giant Could Join the 3DEXPERIENCE?”)

Had the competition to acquire CD-adapco set off a bidding war between Siemens and Dassault that bumped up the price? We may never know. However, it has come to light that Bernard Charlès, CEO of Dassault, has informed his troops (in a companywide email, according to industry analyst Monica Schnitger) that paying such a ridiculous price can only hurt their competition.

“Simulation software is key to enabling customers to bring better products to the market faster and at less cost,” said Klaus Helmrich, a member of the managing board at Siemens. “With CD-adapco, we’re acquiring an established technology leader that will allow us to supplement our world-class industry software portfolio.”

Siemens PLM was not withoutCFD capability. NX Flow already did CFD for Siemens’ customers and was fully integrated with other NX products, its enterprise CAD application. It remains to be seen how CD-adapco’s offering will be positioned in the Siemens PLM portfolio.

ESI Group Officially Joins the Simulation HPC Cloud Trend

ESI Group has just cashed in on its previous Ciespace acquisition by officially bringing its Virtual Performance solution onto its new cloud platform.
Users will also have access to an end-to-end CFD solution based on the open-sourced OpenFOAM solver. This should come as no surprise as Ciespace’s flagship platform was a very similar product.
The ESI Cloud itself is being marketed as a secure, reliable and scalable software as a service platform. The cloud will not only allow analysts and engineers to compute their simulations online, but it will also let them access ESI software in the browser.
This allows users to build and model geometry, pre/post process and run their simulations over a web browser on demand. Engineers and advanced users can import 3rd party and open-sourced geometry, meshing, solvers and visualization engines.
The service is currently limited to the Virtual Performance solution and the OpenFOAM CFD solution. The remainder of ESI’s large fit-for-purpose simulation portfolio will likely take some time before it is all available.
The ESI Cloud will also be able to run workflows in parallel, create templates and teach users by offering sample projects. The cloud product aims to increase real-time collaboration between members of the engineering team.
The ESI Cloud is powered by the Amazon Web Service, allowing for scalable high-performance computing (over 32 cores), multi-tenant architecture and an open application framework. Some of the collaboration tools offered by the new cloud service include ability to:
•Work on data, workflows and projects asynchronously
•Have multi-user collaboration in a browser for CAD, geometry, mesh and results
•Create real-time notes, annotations, image archiving and retrieval
•Share and email projects and workflows to teammates and non-ESI Cloud users
•Share results without data transfer

Mentor Graphics Releases New Version of FloEFD

Mentor Graphics Corporation announced the latest release of its general purpose, front-loading computational fluid dynamics (CFD) FloEFD solution. Updated features in this new version include improved mesh handling, an enhanced transient solver, a more robust EDA interface, and an interface to Abaqus Finite Element Analysis (FEA) software for stress analysis. Engineers and specialists in the automotive, aerospace and electronics markets will leverage these updates to help improve accuracy and productivity.

The latest version of the FloEFD product offers new capabilities to help minimize user time and effort spent on meshing. The FloEFD tool can automatically fill gaps of specified size to more quickly make the model watertight, thereby helping to eliminate the time and necessity to adjust the original geometry. The new equidistant refinement capability lets users build multilevel uniform meshes around the body or surface of the model with just one click. And, the mesh preview visualization tool helps users achieve the desired mesh with additional ease and speed.

The new FloEFD product release also features the following:

◦A highly improved transient solver allows for faster solution of transient applications as well as higher accuracy for pressure-dominated tasks, such as calculating filling/evacuating of a tank or water hammer thereby increasing range of realistic situations that can be modeled.

◦A more powerful electronic design automation (EDA) interface can help users avoid creating PCBs manually. Users can now import geometric EDA data including copper traces and vias. The interface supports the Mentor Graphics Xpedition (CC or CCE), IDF and OCB++ PCB design data formats.

◦The refractive index depending on wavelength and temperature offers higher accuracy of light and radiation analysis in case materials with complex spectral characteristics are utilized e.g. in automotive lighting industry.

◦The ability to visualize rays used for precise radiation modelling allows the user to better understand the impact of the sources on the system, thus helping to find the reason of overheating and suggest the solution faster.

◦An engineering task usually requires views from different angles. To support multi-disciplinary analysis, the FloEFD tool can now export pressure and thermal loads to Abaqus for further stress analysis.

◦The Calculation Manager displays all projects currently running and those in the queue, thus allowing users to get a better idea as to where their projects stand and to more easily control all calculations running at the moment.

The FloEFD product is available as a stand-alone and/or a CAD-embedded tool supporting popular MCAD platforms including Creo, CATIA V5, and Siemens NX.