Season’s Greetings and a Tribute to our Customers

By Aurelien

Snowy 3DX CompassGreetings! :D

To close 2013, what could be better than a tribute to our amazing customers? With 170,000 customers spanning over 140 countries and representing more than 100 millions users across 12 industries… you get mind-blowing facts like:

  • Every 2.5 seconds an aircraft takes off powered by an engine designed using Dassault Systèmes software
  • Our customers produce more than 635 billion packages per year
  • A trillion kilometers are traveled each day on tires designed using Dassault Systèmes software
  • Our customers help millions of physicians and families diagnose, treat and cure diseases
  • Our customers are responsible for millions of marriages per year (I’m pretty sure you don’t believe me on this one  :wink: so watch the video below to find out how)

Watch the video for even more facts:

YouTube Preview Image

Numbers are great, but stories are even better! If I would have to pick my top 3 favorite customer stories shared on the blog this year, it would be:

Whether they’re on earth, on water or in the air, our customers are pushing the limits of human endeavor with incredible products making the most of their environments… yes, sustainable innovations capable of harmonizing product, nature and life :-)

Wishing you all wonderful holidays, see you in 2014 with ever more exciting stories and experiences!

Creating the Future of Mobility

By Neno

Recently, German Handelsblatt published an interesting photo gallery on the Future of Mobility as it’s shown by automotive innovators on this year’s L.A. Auto Show.

I found this an amazing perspective, and a pity it seems still somewhat far off from today’s real life vehicle innovation on the glossy stages of the motor show. Now we know innovation cycles are getting rapidly shorter; the future is accelerating and those mobility dreams of tomorrow might be already parking in front of our doors.

The innovation forefront of our vehicle manufacturers is creating fascinating designs of mobility solutions that are integrated into their urban, architectural and energy systems in surprisingly new ways:

  • Bio engineering and new intelligent materials will make our vehicles more personal and relevant for us. At the same time, we will have safe and seamless mobility experiences.
  • Our future mobility solutions will be modular and integrated with smart grids. This is how they will become lean and sustainable – in their production, in use and when they are withdrawn from service.
  • Wheel-less concepts might even take us off-road Kangaroo-like or swarm under ground like river fish. Can this go as far as for our roads to become playgrounds then?

The high performance, multifunctional and configurable vehicles so many people can afford today – are the result of at least 50 years of engineering of systems and processes.

  • For a vehicle to perform according to requirements, many thousands of variables and relationships between electrical, mechanical and software components need to be designed, tested and validated for faultless operation.
  • For a vehicle to get from the design office to the dealers showroom at the right time at right cost and right quality – cash flow management and production processes including supply chain must be excellent.

Obviously – to minimize cost, time and errors – most of these creative, procedural and administrative activities are being carried out virtually today. The boundaries today are the “vehicle” or “production plant” systems. These systems can be managed and their physical, logical and human interfaces to the external world are defined. It is common practice today to virtually validate the kinematic behavior of an opening car door, the mechatronic behavior of an electric window closing and the procedural behavior of an assembly line design.

When we think about new mobility experiences, their boundaries are being opened; physical interfaces will be arbitrary, human interaction unprecedented. It seems that the creators of these new experiences will have to be designers, architects and strategists with a “magic” imagination to create and communicate possible scenarios and behaviors. More than likely, they will use software tools to immersively navigate mobility concepts that don’t yet exist. Intelligent virtual universes will help them dynamically explore ideas in precise physical and logical conditions. Similar to how we can simulate how a cat sees our urban reality, the creators of tomorrow’s mobility solutions will be able to take any perspective they want to ensure we will like and value their invention. I can hardly wait for this new era of mobility experiences  :-)

Go innovators, go!!  :D


Neno HorvatNeno HORVAT is a member of the Transportation&Mobility Industry team.

Marketing Wind Farms to Local Population in the age of Experience Economy

By Karun

Wind turbines farm on sunset in winterNowadays, offshore wind is grabbing most of the headlines especially in Europe. With several countries running out of land for wind turbines, they are looking towards the sea. However, 80% of the wind energy capacity is still from onshore or inland wind farms. There is still plenty of land in countries like the US and Brazil, which are still looking to develop their onshore wind capacity.

Onshore wind farms occupy a large area and have to frequently co-exist with agricultural land and tourist areas in the countryside. Probably the most complex challenge for these wind farms is to overcome any opposition from the local population. The question that most Wind farm developers have is – How to convince the local population of socio-environmental viability of the Wind farms?

In this era of the Experience economy, the solution is to provide a platform for all citizens to fully understand the impact on their day-to-day life. An immersive and interactive virtual 3D environment can be used to demonstrate the operation of wind farms in context of the local terrain including the details like access roads, local dwellings, roads and even power lines. Views from various vantage points can be analyzed to ensure that any visual impact from the wind turbines is acceptable. Advanced functions like noise and shadow flickers could be developed on this platform. By experiencing the operation of the wind farm under various operating conditions, citizens can be convinced about the project viability and convince them of the co-existence of wind farms in the existing land.

Such user interaction enables citizens and consumers to become part of the Wind farm development process promoting a sense of ownership. It allows the project developers to connect with the local population and ensure that their concerns have been adequately addressed. With the advent of social media, citizens have learnt to express themselves more freely. In several countries, citizens expect and even demand such a platform to view and collaborate on a social platform on such key topics that touch their lives.

Getting early buy-in from all stakeholders including the local population is mandatory during the project development process. This will ensure that there are no expensive delays to the project. Such delays significantly affect the margins and ROI and significantly alter the economics.

Such Experience platforms are frequently used in the other industries like Offshore Oil & gas for Operations and Maintenance and training. Can the Wind industry take advantage of this?

To learn more, go to Energy, Process & Utilities page and watch our video:

YouTube Preview Image

Karun CHAKRAVARTHY is a member of the Energy, Process & Utilities (EPU) team

 



Page 20 of 183« First...101819202122304050...Last »
3ds.com

Beyond PLM (Product Lifecycle Management), Dassault Systèmes, the 3D Experience Company, provides business and people with virtual universes to imagine sustainable innovations. 3DSWYM, 3D VIA, CATIA, DELMIA, ENOVIA, EXALEAD, NETVIBES, SIMULIA and SOLIDWORKS are registered trademarks of Dassault Systèmes or its subsidiaries in the US and/or other countries.