Simerics at SNAME 2017
Simerics will be an exhibitor at SNAME Maritime Convention 2017 which will be held Oct 24-28, 2017 at Hyatt Regency Houston. SNAME is an internationally recognized non-profit, professional society of individual members from more than 85 countries, serving the maritime and offshore industries and their suppliers.
To learn about Simerics’ latest developments for Marine industry, please visit us at booth number 207!
SIMERICS at ASME/BATH FPMC
Simerics will be a sponsor at ASME/BATH FPMC. ASME/BATH FPMC is a Symposium on Fluid Power and Motion Control organized by the Fluid Power Systems & Technology Division (FPST) of the American Society of Mechanical Engineers (ASME) and The University of Bath Centre for Power Transmission and Motion Control (PTMC). This year it will be held October 16-19 in Sarasota, FL. Please visit our booth to learn about the latest developments from Simerics.
Norwegian Maritime Museum, Simerics, and Orca3D Partner to Analyze Ancient Norwegian Sailboats
Orca3D Marine CFD enables Norwegian Archeologists to simulate the performance of ancient boats using CFD software
BELLEVUE, WA May 9 2017 – Simerics and Orca3D, who have worked together to develop Orca3D Marine CFD, are collaborating with the Norwegian Maritime Museum (NMM) to analyze historic Norwegian boats. Starting in 2008, the NMM excavated 15 shipwrecked boats on a large quay in Bjørvika, Oslo. The majority of the boats date to the late 16th century. This excavation is the largest shipwreck study in Scandinavia since the 1930s. The NMM Archeologists can now use Orca3D Marine CFD to better understand the performance of these boats without the need to become a CFD specialist.
By working together, Simerics, Inc. and Orca3D have enabled NMM Archeologists to learn about the boats and the society that the boats came from, to better understand both.
“The Barcode boats are not sleek, fast looking sailboats. They were probably for carrying cargo. Therefore, it will be fascinating to see how they actually moved through the water. We will also be able to compare the Barcode boats to other boats of a similar era and other boats from similar locations,” said Sarah Fawsitt, Archeologists, NMM. “We are very excited to use Orca3D Marine CFD simulation to add another dimension to our understanding of how these ancient ships actually moved in the water.”
“Orca3D Marine CFD is providing additional knowledge about these boats and the people that were involved through the team at NMM,” said Rich Moore, Vice President Business Development, Simerics.
About the Norwegian Maritime Museum
The Norwegian Maritime Museum is a national museum with responsibility for collecting, researching, and disseminating maritime heritage and is located in Oslo, Norway. The museum covers a wide array of maritime topics, such as the technical conventions of sea transport, the life and destiny of sailors at sea through history, and has a collection of traditional Norwegian boats. The museum has a diverse and multidisciplinary research environment employing archaeologists, historians, conservators, art historians, and anthropologists. To learn more please visit http://marmuseum.no/
About Simerics, Inc.
Simerics is headquartered in Bellevue, WA and is a leading supplier of CFD simulation software to several vertical industries. In addition to Marine, Simerics has vertical solutions in Auto; Aerospace; Pumps; Valves; Compressors; Heat Exchangers; and Electronics and general CFD solutions. For more information please visit http://www.simerics.com/
Cavrnus and Simerics Announce CFD VR Collaboration Software
Cavrnus enables Simerics users to virtually experience CFD simulation results
BELLEVUE, March 8, 2017 – Cavrnus and Simerics have combined virtual reality software with CFD simulation software to create a CFD virtual reality collaboration software solution for CFD engineers. The CFD simulation industry is expanding and this powerful collaboration software, available today, will allow Simerics users to view and interact with CFD results in an intuitive virtual experience to improve designs.
The unique “hands on” approach to CFD virtual reality adds collaboration capabilities during the design phase. By working together, Simerics, Inc. and Cavrnus have enabled users to remotely view, discuss, and interact with simulations alongside colleagues in the same room or on the other side of the world. Additionally, the naturally immersive engagement of virtual reality helps resolve complex engineering problems with lifelike environments, intuitive controls, and on-the-fly CFD model import.
“Our development with Cavrnus has enabled the delivery of comprehensive and virtual CFD functionality to end users that wasn’t possible a year ago,” said Rich Moore, Vice President Business Development, Simerics, Inc. “With Cavrnus, we are bringing usable virtual reality to CFD post processing.”
“We are excited to partner with Simerics to allow CFD engineers to take advantage of a must needed requirement for virtual collaboration on analysis results. This, combined with Simerics’ powerful templates and physics, provides a simple, yet powerful solution,” said Anthony Duca, CEO of Cavrnus.
About Simerics, Inc.
Simerics is headquartered in Bellevue, WA and is a leading supplier of CFD simulation software to several vertical industries and for general CFD applications. Simerics has vertical solutions in Marine; Vehicles; Turbo Machinery; Pumps; Valves; Compressors; Electronics; Heat Exchangers and Fluid Systems. For more information please visit http://www.simerics.com/
Cavrnus is based in San Diego, California, and is the most immersive, engaging and productive virtual reality solution for design, engineering, and training professionals. Cavrnus allows people and organizations anywhere in the world to transcend collaborative barriers and increase productivity. It combines the collaborative tools found in traditional meetings with the added capabilities and efficiencies of the virtual reality experience/technology. For more information please visit http://www.cavrn.us/
FRIENDSHIP SYSTEMS and Simerics Announce Geometric Closed Loop Optimization for CFD
Friendship Systems and Simerics enable CFD users to analyze the effectivity of their designs
BELLEVUE, January 30 2017 – As the CFD industry grows, FRIENDSHIP SYSTEMS and Simerics have combined 3D Optimization modeling software with CFD simulation software into one solution, Geometric CFD Optimization, available today. This allows CFD users to easily use Geometric CFD Optimization software to automatically generate design variants. Geometric CFD Optimization provides accurate CFD simulations of a product’s performance without the need to become an optimization programmer.
By working together, Simerics, Inc. and FRIENDSHIP SYSTEMS have enabled users to significantly reduce the time and the cost to use CFD simulation with optimization for predicting product performance.
“Our collaboration with FRIENDSHIP SYSTEMS has enabled CFD Optimization functionality to end users at an affordable price,” said Rich Moore, Vice President Business Development, Simerics, Inc. “With FRIENDSHIP SYSTEMS we are bringing an entirely streamlined optimization workflow to the CFD market using templates with both optimization domain and CFD domain in one affordable solution.”
“We have added an easy-to-use interface function in CAESES to prepare the model for optimization using Simerics’ CFD application. This, combined with their powerful templates, provides a simple, yet powerful solution to address difficult optimization designs,” said Stefan Harries, Managing Director, FRIENDSHIP SYSTEMS AG.
Simerics is headquartered in Bellevue, WA and is a leading supplier of CFD simulation software to several vertical industries. Simerics has vertical solutions in Marine; Vehicle; Turbo Machinery; Pumps; Valves; Compressors; Heat Exchangers; and Fluid Systems. For more information please visit Simerics website
About FRIENDSHIP SYSTEMS
FRIENDSHIP SYSTEMS is a leader in CFD-driven shape optimization of complex free-form geometries. Our flagship product CAESES is an integration and automation platform that includes simulation-ready variable CAD, optimization algorithms, and post-processing. Customers use CAESES together with their CFD tool to design and develop better products, faster, and at lower cost. Typical areas of interest include turbomachines, ducts and manifolds, engine components, aerodynamic bodies, ship hulls, amongst others. For more information please visit www.CAESES.com
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