Archive for the ‘Femap’ Category
We’re taking a new approach with the Femap Symposium this year and instead of a single event, we’re planning multiple events – the Femap Symposium Series 2015 – across the country over the next few months in conjunction with our channel partners.
This isn’t the whole list though, we’ll be adding a couple of new dates and venues in the near future.
We hope to reach more of the Femap user base in this way, and give more people a chance to learn about the latest capabilities, see what’s coming in future product development as well as learn some more advanced applications. So choose a venue near you and register now to secure your place.
Reasons to attend these exciting events:
- Find out what’s in the latest release of the software, and what’s coming in the future
- Increase your productivity and extend your knowledge of Femap – there are a lot of advanced topics being covered
- See how other customers use Femap and solve complex engineering problems
- Meet some of the the Femap developers
- Network with other Femap users
We look forward to seeing you at one of these events.
Founded twenty-five years ago, Octatube is a Dutch engineering and manufacturing company that works closely with architects to help them realize their ideas. The challenges in developing new structures and retrofitting older buildings are increased with the need to maintain compliancy with building codes and observe restrictions on historic buildings.
With Octatube buildings, the constructions are shipped as prefabricated elements and assembled on-site to avoid the need for welding, so design for prefabrication and the use of new types of building materials are important. Creating prefabricated elements for on-site construction requires robust, quality designs with tight tolerances to ensure trouble-free construction.
Octatube starts to use Femap with NX Nastran in the bidding phase of a project to carry out detailed design calculations. Calculations are geared towards optimizing design construction and material usage to minimize costs but without compromising creativity or customer design requirements. With project approval, engineering begins in earnest.
A big part of any construction is the need to minimize risk. Femap helps the Octatube engineers gain a realistic impression of how the materials will behave and minimize any potential on-site construction risks.
You can read the full case study to find out more about how Octatube takes advantage of engineering technology to realize architectural designs.
As 2014 comes to a close, take a moment to reflect on all the decisions you’ve made this year. The vast majority of them are small but some are undoubtedly “bigger” and more impactful. For example, maybe you decided to change jobs or buy a new car or perhaps you took on a new assignment at work or decided to invest in a particular stock. Try to isolate one impactful decision in particular. As soon as you have one in mind; ask yourself “was this a smart (good) decision?”
If you answered “yes,” my hunch is that it is a decision that resulted in a favorable outcome… and if you answered “no” it’s because it had a poor outcome. The characterization of a decision as either “good” or “bad” based on the outcome is human nature. However common it is, I contend that it’s not a good measure because it categorizes the decision based on what is possibly a random outcome. In other words, the outcome sometimes has nothing to do with the decision due to circumstances that are out of our control.
I propose we think about decisions and outcomes separately; that is, we make a distinction between the decision process and the decision outcome. Why? Because by making this distinction, it makes us aware that good decisions can sometimes have bad outcomes and conversely, bad decisions can have good outcomes on occasion. In other words, a “smart” process can be guaranteed, but a favorable outcome cannot. When we focus on always using a good decision process (which is something that we can control) we can stack the odds in our favor. The result will be better decision outcomes over time, which is, after all, what we want; to make decisions with favorable outcomes.
In my next blog, I’ll outline the characteristics of a good (aka “smart”) decision process and how we can use it to always (yes, always!) make smart decisions with high probabilities of favorable outcomes.
Founded in 1828, Bureau Veritas is a global leader in testing, inspection and certification. In the marine industry, where the company provides statutory certification of ships (among other services), 140 national administrations recognize Bureau Veritas as an official certification body.
Olivier Degrand, project manager in the development department at Bureau Veritas , states that designing ships today is nothing like it was ten years ago. Back then you could design a ship using basic calculations, but over time the rules have become more and more complex. This means that ship designers now have to employ powerful software to help apply them, which means a lot of extra work.
Bureau Veritas began developing its own solution, VeriSTAR Hull, in 2004.that would be based on finite element analysis (FEA) of 3D hull geometry. The VeriSTAR Hull developers chose Femap on the strength of the application programming interface (API) that allowed specialized functionality to be added to the existing modeling and analysis capabilities of Femap.
You can read the full case study to find out more about how Bureau Veritas integrated their technology within Femap and how VeriSTAR Hull can help yards to meet regulatory compliance.
Cometal Engineering engineers and manufactures extrusion plants and foundries for aluminum billets and the re-melting of extrusion scraps, serving markets throughout the world. Cometal develops the entire production chain, including extrusion presses.
The extrusion business is characterized by pricing sensitivity, which is where Femap helps Cometal achieve success by optimizing use of expensive materials and enabling maximum operating safety. Design is vital at Cometal, where design engineers work closely with customers to define the plant layout. Until recently, designers performed manual stress calculations, but with designs becoming more complex and unusual, more advanced analysis and simulation capabilities were needed.
Also, in the past, designs allowed for wider margins and oversizing. These days it’s necessary to calculate all weights and materials accurately to cut costs, driving the need to implement advanced tools like Femap for more accurate and sophisticated designs.
You can read the full case study and see how Cometal Engineering has adopted simulation software to help with more elaborate designs and minimize the need for physical testing.
ADS International, based in Valmadrera, Lecco, Italy, has been designing and building telescope, radio telescope and astronomic instruments for nearly 30 years. The company’s two main product lines are adaptive optics and optics alignment systems. The nature of this business is such that each product is one of a kind, and ADS’ customers include large international observatories such as the European Southern Observatory (ESO).
The main challenge in the design of astronomic instruments is responding to the unique demands of this industry within a reasonable time frame. The ADS team needs to move rapidly from a CAD geometry model to a structural analysis model and employ digital simulation to prove the design virtually.
To that end, ADS accesses geometry from a variety of 3D formats and imports the model data into Femap, helping to expedite finite element model generation. Also, NX Nastran has helped ADS to cut processing time by 30% through the use of parallel computing in the solution stage.
You can read the full case study and see how ADS has adopted simulation software and expanded its application to include more advanced analysis types helping to prove designs and optimize the design process.
Biotec Srl, established in 1998 in Povolaro di Dueville near Vicenza in Italy, manufactures and sells advanced dental implants. The company performs research, innovation and clinical studies, managing the entire process for the design and production of certified and safe medical devices. Biotec uses Solid Edge for the CAD and design requirements, while Femap is used to check the accuracy of stress and load distributions.
NASA is using Femap to help develop a time machine. Scheduled for launch in 2018, the James Webb Space Telescope (JWST) will operate 1.5 million kilometers above the Earth. It’s ambitious mission is to examine every phase of cosmic history and look back into the past, “from the first luminous glows after the Big Bang to the formation of galaxies, stars and planets to the evolution of our own solar system”, according to the JWST website. The JWST is considered to be the next-generation space telescope and is much larger than the Hubble Space Telescope. At 22 by 12 meters, the JWST will be almost as large as a Boeing 737.
We are few weeks behind so this will be a long list. This week’s Siemens PLM Community Wrap-Up has information about how customers are using NX, tons of Tips and Tricks for almost all of our software, Solid Edge ST7 Sneak Peeks, a new 2D Drafting Forum and some exciting opportunities at this years PLM World conference. Let us know what you think!
MAYA HTT Presenting at the 2014 Femap Symposium – Details about the Femap Symposium and the MAYA Heat Transfer Technologies presentation! The entire process of structural design and analysis on a space antenna assembly.
NX Quick Tips: Surface Modeling Tools for Reverse Engineering: – Check out this NX Quick Tips video and watch Tod Parrella build parametric models in the context of organic, freeform scan using NX Shape Studio.
NX Case Study: Award Winning Vehicle Manufacturer Cuts Cycle Time With NX – Read up on this case study about NX saving time for vehicle manufacturer Sanyang by 80%!
NX Case Study: Grupo Matrigalsa – This case study showed the use of a single CAD solution to expand services and access new international markets.
Siemens’ NX Software Now Available in Cost-Effective Private Cloud Environment – Siemens just announced this new technology to enable companies to use central servers with remote access ns host software on a virtual desktop.
NX CAE Tips & Tricks Webinar – Mixed Element/Hybrid FEM Workflows – This webinar discussed advanced workflows and processes associated with the construction of mixed element/hybrid finite element models.
Early Bird Registration Rate Extended for #PLMCONX – Save up to $350 by registering for Siemens PLM Connection Conference before April 14th.
New 2D Drafting Forum in the Solid Edge Community – A new place for Solid Edge users to ask for help, discuss the product, and see what other users are working on. Check it out!
Free 3D Sync with Solid Edge University Registration: Limited Time Offer! – Up to April 30th, each Solid Edge customer who pays for registration for SEU14 will be offered a free license of 3DSync!
Solid Edge Windows Integration – Tighter interation of Solid Edge with Windows has synergies whose benefits are reaped by the users. With ST7 just around the corner, read up on this article for a quick overview.
ST7 Sneak Peek: Assembly Patterns – The next ST7 sneak peek is curve driven assembly patterns. In ST7 you’ll be able to pattern components in an assembly using sketches, curves, or the assembly as input. Click for more information!
Surfacing: Techniques from the Trenches – Tips & tricks for surfacing in Solid Edge! Things both SE veterans and novices can learn.
CAMWorks Adding More Functionality – Following up on the integrated version of CAM software for Solid Edge, there are a few important improvements that have recently been added.
The 10 Golden Rules of Solid Modeling – This post summarizes the 10 best practices that will help both novice users and 3D experts generate robust, solid models using Solid Edge.
Windows XP End of Life – Windows XP support is ending. Read up on the details and alternative options for users.
Tecnomatix Tech Tips Webinar Series – The series continues this month with a focus on dimensional quality. Two webinars on April 10th and April 24th – don’t miss it!
How to Optimize Production for Energy Savings with Manufacturing Simulation – New features in Tecnomatix Plant Simulation allows you to model energy usage, include energy analysis, and more. Read up on the new functionality and watch the Tecnomatix Tech Tips webinar replay.
Tecnomatix Tech Tips Launched – Part 2 in the Tecnomatix Tech Tips Webinar series showed users how to how to model and simulate value stream in Tecnomatix Plant Simulation.
Join the Community to read these article first hand and connect with other users. As always, if you have any questions, leave us a comment!
See you next week with another round up from the Community.
The Chofu Aerospace Center (CAC) Aerodrome Branch of the Japan Aerospace Exploration Agency (JAXA) develops advanced engineering technologies for future applications. The scale of research ranges across many diverse types of structure including an airplane wing, a spacecraft fuel tank and causes of carbon fiber delamination. In each case the finite element analysis (FEA) solvers required for those analyses vary considerably. JAXA uses Femap as the pre- and postprocessing program for these analyses, taking advantage of its ability to interact with most industry standard solvers. By using just one pre- and postprocessor, JAXA reports benefits in terms of reduced training costs for student research assistants and reduced workload for creating an FEA model, allowing more time to be spent solving research problems.