Providing leading-edge products for


research, pharmaceutical, automotive, fluid- dynamics and prototyping applications, E4 Computer Engineering focuses on the development of the most advanced technologies in order to deliver solutions. At EATC, E4 will be showing performances


and benchmarks resulting from the latest tests on Intel Xeon Phi as well as introducing its exclusive ARKA Microcluster, a system based on ARM architecture ideal for a wide range of markets such as oil and gas, image analysis and cloud computing. www.e4company.com


Eurotech is a global company based in Italy and with subsidiaries in Europe, USA and Asia. Te Eurotech Group develops and markets miniaturised computers for


special uses and high performance computers. Eurotech is a leader in the implementation of the pervasive computing scenario in a variety of market sectors. Te Eurotech HPC division is committed to


bringing value to customers providing energy efficient computational power that greatly accelerates applications and allows customer to save costs, increase revenues and leverage green IT policies. At EATC, Eurotech will introduce its GPU-


based line of high-performance computing products, which provide CAE, EDA, CAD and rendering applications with the greatest acceleration and the most compact and energy-efficient design on the market. www.eurotech.com


HP and Intel enable engineers’ innovation according to three vectors: technologies to boost parallelisation and performance; ‘smart’ job management to get more design cycles out of a given licence budget; and easier and more ‘democratic’ use of simulation. At EATC, HP and Intel will


showcase recent examples that reflect their collaborative work with Altair, including: parallelisation and performance – RADIOSS 12 SPH scalability study – simulation of bird impact on an airplane wing airspeed sensor with 10 million SPH cells; smart job management – HP Insight CMU – PBS Pro connector; and democratic use of simulation: cluster starter kit for small- and medium-sized business to run explicit solvers, implicit solvers and remote visualisation. www.hp.com www.intel.com


24 SCIENTIFIC COMPUTING WORLD


Fluidon will be showcasing DSHplus, which offers 1D system simulation for complex hydraulic and pneumatic systems and components. DSHplus is a simulation tool that offers advanced engineering technologies. Te dynamic calculation shows the physical behaviour of individual fluid power components and their interactions. Different examples of models from various


application areas simplify and accelerate modelling processes. Within the shortest time possible, engineers obtain high-quality development results from the simulations, which contribute substantially to ensuring their company’s long-term success. DSHplus applies to manufacturers,


developers or users of fluid power systems in


the development area of automotive systems, off-highway and commercial vehicle systems, manufacturing systems, mobile hydraulics, naval and railway systems, medical or aerospace. www.fluidon.com


MultiMech will highlight its True Multiscale technology, which helps engineers to think outside the box when looking for the ideal composite


material design to their specific applications. Even before the very first physical prototype


is ever made, the soſtware allows designers to experiment with multiple composites, by virtually combining constituents, such as fibre and resin, to build novel composites from the ground up. Te technology can then quickly and


accurately simulate composite structural performance, as a function of microstructural design variables. Ultimately, this saves costs by reducing material and structural testing needs during product development, as well as premature mechanical failure. MultiMech will keep pushing the envelope


of advanced materials simulation soſtware to provide solutions aimed at the most innovative and challenging structural designs. www.multimechrd.com


nCode DesignLife performs CAE-based fatigue analysis using results from all leading FE codes, identifying


critical locations and calculating fatigue lives. Users can go beyond simple stress analysis and avoid under- or over-designing products by predicting fatigue using actual loading conditions with nCode DesignLife for Altair Partner Alliance. Tis provides a combination of ease-of-use and powerful fatigue analysis – without additional investment for APA users. With more than 30 years of expertise in


durability and data analysis solutions, nCode has been a leader in solutions to understand product performance, accelerate product development and improve design. Te power and ease of use of nCode soſtware is a direct result of its world-class development process, expertise and in-depth experience of a broad range of industries. www.ncode.com


Novacast will showcase NovaFlow & Solid CV, a mould-filling and solidification simulation package based on


advanced fluid flow and heat transfer theories. With new meshing technology, new


advanced numeric models and control volume meshing, it is an efficient simulation package. A complete simulation including start-up, meshing and running can be set up in less than an hour and is extremely accurate in accordance with 3D drawings. Most casting methods – gravity sand casting,


gravity permanent mould, low and high pressure die casting, lost wax method, tilt pouring and lost foam process can be simulated. Commercial alloys can be simulated – grey and ductile iron, steel, aluminium alloys, copper-, zinc- and magnesium-based alloys, super alloys, all types of mould and core materials on the market and exothermic materials, as well as chills. Simulations visualise the consequences of


certain designs of gating systems and moulds. Casting defects, such as oxide inclusions due to excessive turbulence, cold-shuts, shrinkage cavities and slag inclusions, can be avoided by optimising the design of the gating and venting system. www.novacast.se


@scwmagazine l www.scientific-computing.com


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