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The Ohio State University and Honda celebrated the grand opening of the new Simulation Innovation and Modeling Center (SIMCenter) by inviting other potential industry partners to collaborate at the facility designed to advance product performance and manufacturing processes through computer-aided simulation. Located in Smith Laboratory and part of the College of Engineering, the SIMCenter was launched as a result of a $5 million gift from Honda R&D Americas, Inc., and began operating late last winter. The Center is focused on researching and developing new and improved computational engineering tools for all aspects of vehicle design and manufacturing. The grand opening event included Honda R&D Americas, Inc. President Frank Paluch, College of Engineering Dean David B. Williams, Ohio Supercomputer Center Executive Director Pankaj Shah, and University of Cincinnati College of Engineering Dean Teik Lim. "The SIMCenter is a little over one year old, and we have already received significant industry funding, primarily from Honda,"

Atos, a leader in digital services together with Siemens, Europe's largest engineering company, today underlined the importance of Franco-German collaboration during a meeting with the French Prime Minister, Manuel Valls, in the Atos Business Technology and Innovation Center at the Atos HQ in Munich. Speaking at the meeting, Thierry Breton, Chairman and CEO of Atos, said: "Our shareholder and partner relationship with Siemens is exemplary. European companies that combine efforts to integrate the different European cultures and present a consolidated front to the outside world are better positioned to become a leader on the global stage. Through our important and trusted partnership with Siemens, this is exactly our approach. In innovative solution areas, we are working and investing together to develop solutions that can provide our clients with the agility they need to benefit from what we call the third Digital Revolution, where data is a new resource to boost the economy." Joe

Maplesoft™ today announced the release of MapleSim™ 2015 and the latest member of the MapleSim family of products, MapleSim Server. MapleSim is an advanced system-level modeling and simulation platform from Maplesoft, and the MapleSim Server is a new product that allows engineers to explore MapleSim simulation models from a web browser. MapleSim offers a modern approach to physical modeling and simulation, dramatically reducing model development and analysis time while producing fast, high-fidelity simulations. MapleSim supports the creation of easy-to-use interactive applications that allow engineers to access, analyze, and explore simulation models. With the MapleSim Server, these applications can then be shared with other engineers in the organization, even if they do not have MapleSim. Using only a standard web browser, engineers can perform a wide variety of tasks, including changing parameters, manipulating model equations, running new simulations, and viewing updated results. By using the MapleSim Server, organizations can easily make these solutions

Infor today announced enhancements for Infor Document Management, in partnership with Ephesoft, to help customers work more efficiently by automatically connecting documents to core business processes within Infor enterprise resource planning (ERP) solutions. Available exclusively to Infor Document Management users, the latest capabilities powered by Ephesoft are currently offered on-premises. Infor plans another release by the end of 2015 to provide this advanced document capture functionality to Infor CloudSuite™customers who are serviced through Infor's collaboration with Amazon Web Services. With faster, easier access to critical business information such as customer invoices, organizations across numerous industries are positioned to speed daily tasks and optimize decision-making by providing the ability to retrieve supporting documentation directly from the application in use. "Whether Infor develops the functionality or we collaborate with another industry leader, Infor is committed to providing complete, end-to-end applications for customers across all of our target industries," said Mark Humphlett, industry and solution strategy

Tri-D Technologies announced the introduction of the ExactFlat Online plugin for Autodesk Fusion 360.  ExactFlat Online is a 3D to 2D flattening solution running entirely in the Cloud.  The new Plugin allows users of Fusion 360 to publish and upload surface models directly to the ExactFlat SaaS engine for flattening.  Once flattened the pattern pieces can be downloaded into Fusion 360 or AutoCAD for finishing steps such as adding seams and notches or for creating assembly drawings and cut files. "We've been evaluating Fusion 360 because of the functionality and the fact that it runs on the Cloud."  Said Aram Goganian, President of Predator Cycling.  "Automated flattening is incredibly important to us as well and once we found out that there was a Cloud-based ExactFlat Plugin the decision to use Fusion 360 was a no-brainer." ExactFlat automation software promises to dramatically reduce the time associated with flattening, pattern making, and cutting tasks.  Fully

Cadence Design Systems has unveiled the Allegro 16.6 portfolio, which features several new products and technologies. Included in this release is the new Allegro PCB Designer Manufacturing Option, which can shorten the time to create manufacturing documentation by up to 60 percent, and several key technology updates catered to increase efficiency, control and productivity for designers, while streamlining handoff to manufacturing. Driven by increasing demands to provide a more predictable and shorter design cycle, the Allegro 16.6 portfolio includes more capabilities that accelerate routing and tuning for high-speed interfaces such as DDR3 and DDR4. The Allegro 16.6 portfolio includes new products to help PCB designers achieve maximum efficiency and productivity, while keeping cost of ownership low. The new products include : 1 – Allegro PCB Designer Manufacturing Option, a comprehensive, powerful, easy-to-use toolset that makes it efficient and cost effective for PCB designers to streamline the development of a release-to-manufacturing package for

Synopsys, Inc. today reported results for its second quarter of fiscal year 2015. For the second quarter of fiscal year 2015, Synopsys reported revenue of $557.2 million, compared to $517.7 million for the second quarter of fiscal 2014, an increase of approximately 7.6 percent.   "Our fiscal second quarter results were very strong, and solidify our outlook for the full year," said Aart de Geus, chairman and co-CEO of Synopsys. "We see clear momentum with our new implementation and verification products in the early stages of a multi-year customer upgrade cycle. Our entry into the software quality and security space has opened up an opportunity to drive incremental growth in both familiar and new market segments and build on Synopsys' strengths." GAAP Results On a generally accepted accounting principles (GAAP) basis, net income for the second quarter of fiscal 2015 was $55.6 million, or$0.35 per share, compared to $63.3 million, or $0.40 per share, for the second quarter of fiscal 2014. Non-GAAP Results On a

ZWCADUSA, the authorized reseller of the ZWCAD product line in North American, today reported on the ZWSoft 2015 Global Partner Conference (GPC) held recently in Guangzhou, China. Over 200 attendees from over 30 countries joined the four-day event for ZWSoft reseller and development partners. In introducing this year's theme of “To Be Different", CEO Truman Du spoke to the company's current and future distinctions in innovations, performance, and affordability. ZWSoft shared recent achievements in its business and product development, collected feedback for its product roadmap, and discussed sales strategies and customer successes with partners. Additional GPC highlights included: The line-up of ZWSoft speakers included Mr. Du, with over 20 years of experience in the CAD industry; Owen Zi, GM of ZW3D; Kingdom Lin, GM of ZWCAD Overseas; Joh Li, CTO of ZW3D; Felix Gao, Director of ZW3D overseas; and Daniel Huang, ZWCAD Product Manager. Product talks covered updates and plans for the ZWCAD, ZW3D,

13th May 2015 saw the latest session of the GRAITEC BIM European Tour 2015, held at the Sound Garden Conference Center, with over 100 attendees from across the construction industry. This full day event was attended by representatives from construction giants who are heavily influential in the Polish and Global markets; Skanska SA, STRABAG, Hochtief Poland SA, BUDIMEX, ARUP, Energoprojekt-Warszawa SA, Epstein, MCKB and UNIBEP. This leg of the BIM tour was also attended by significant delegates from the Ministry of Economy and other non-governmental organizations, with the seminar fully supported by the Polish Association of Construction Employers and attracting media sponsorship from Builder magazine. The GRAITEC European BIM Tour kicked-off in the UK in April and has already visited Germany and Poland with France, Czech Republic, Slovakia, Italy and Romania still to follow visiting eighteen major cities in eight countries over a four month period. Covering industry proven ‘best BIM practices’ whilst

Dassault Systèmes today announced during its SIMULIA Community Conference that the first heart model from its “Living Heart Project” will be commercially available on May 29, 2015. Powered by Dassault Systèmes’ 3DEXPERIENCE platform’s realistic simulation applications, the commercial, high-fidelity scientifically validated 3D simulator of a four-chamber human heart is the first product of its kind. With this model, device manufacturers, researchers, and medical professionals will be able to perform virtual tests and visualize the heart’s response in ways that are not possible with traditional physical testing. The “Living Heart” model as delivered represents a baseline healthy heart, which can be used to study congenital defects or heart disease by modifying the shape and tissue properties in an easy-to-use software editor. In addition, medical devices can be inserted into the simulator to study their influence on cardiac function, validate their efficacy, and predict reliability under a range of operating conditions. For example,