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9:00 – 9:15	The new feature "OCC" on SCULPTOR V3.2 boosts up your CFD design optimization Sadahiro Kan, Fluid Design Optimization Group, Engineering Department 2, VINAS Co., Ltd. OCC (Optimization Control Center)is the new feature which provides three elements of optimization algorism, DOE(Design Of Experiment), and RSM (Response Surface Methodology), and Gradient Based methodology with easy-to-use GUI for engineers to drive CFD-based optimization in quite simple process. In this presentation the demonstration of OCC and other new features on V3.2 will be provided.
9:15 – 9:55		Innovative and efficient shape design using SCULPTOR’s latest new features and capabilities in optimization, morphing, shape matching, Back2CAD. Dr. Mark D. Landon Chief Technical Officer, Optimal Solutions Software, LLC
		SCULPTOR’s unparalleled volumetric morphing and shape change parameterization is coupled with computational fluid dynamics within Phoenix Integration’s Model Center’s workflow automation and design optimization tools. An example case is shown that improves the shape of an aircraft’s lift, drag, and stability. SCULPTOR’s newest and latest features will be shown, such as: new Design of Experiments with Surface Response and graphics to quickly explore and visualize the design space. New and improved tools to allow the user to quickly define non-CAD shape change parameterization. A new powerful Shape Matching feature to quickly morph a given shape into a target shape; a very useful tool for reuse of legacy models, fluid structure interaction, returning optimal shapes back to CAD by morphing CAD models, etc. Other case studies from SCULPTOR users around the world will be shown: from auto racing (Formula One, NASCAR, etc.), aerospace, bio-medical, turbo machinery, ship building, etc.
9:55 – 10:25		Optimization of Ship Hull Form by Using Purchase CFD and SCULPTOR Mr. Naoya Okamoto Hydrodynamics Engineering Laboratory, TECHNICAL RESEARCH CENTER, Universal Shipbuilding Corporation
		In Universal Shipbuilding Corporation, energy saving ships are being developing, and development of ship hull form that minimizes required horsepower is one of the most important aspects for the ships. A ship hull form optimization tool by using purchase CFD and SCULPTOR is currently being developing, and its outline will be introduced in this presentation.
10:25 – 10:30	Break
10:30 – 10:45	Workflow automation and design optimization with Phoenix Integration’s ModelCenter10.1 Kazumi Nishimura, Engineering Department 2, VINAS Co., Ltd. Phoenix Integration’s ModelCenter is a visual environment for software integration, workflow automation, and design exploration. Using ModelCenter, engineers can graphically create a system or process model by dragging and dropping from one or more user libraries. The resulting integrated model may contain applications that reside on a number of different computers and execute on different operating systems. ModelCenter’s open architecture allows users to seamlessly integrate their own (or third party) trade-study, optimization, and visualization tools into the environment desired.
10:45 – 11:25		Integrating Modeling and Simulation Activities across the Product Life-Cycle Dr. Scott Ragon Director, Research, Phoenix Integration
		In the last decade, engineers have increasingly utilized engineering analysis tools in conjunction with workflow automation and design optimization environments such as ModelCenter to achieve cost and performance improvements. To date, however, most of these improvements have been achieved on the individual component or subsystem level in isolation from the overall system design process. If engineering analysis tools can be more closely integrated into the system level design process, it will be possible to achieve significantly larger benefits – the elimination of errors earlier in the design process, the ability to respond quickly to changing requirements, and ultimately the reduction of lifecycle costs. In this presentation, new developments will be described that illustrate the integration of Model Based System Engineering (MBSE) tools such as IBM Rational Rhapsody® and requirements management tools such as IBM DOORS® with traditional engineering analysis tools such as MSC.Adams® and Matlab®. Initial industry examples will be cited.
11:25 – 12:40	Lunch / Demonstration *Short presentation
12:40 – 12:55	Analysis examples of CRUNCH CFD V2.6 for technical solution of difficult fluid problem Takeru Fukuchi, Manager, Engineering Department 2, VINAS Co., Ltd. The major functions of CRUNCH CFD and new functions of the latest version V2.6 are introduced with the application examples and verification results to turbo machinery and aerospace field. In particular the application examples of difficult analysis using other CFD solvers are shown.
12:55 – 13:35		New Developments and Recent Applications of CRUNCH CFD for Large-Scale, High-Fidelity CFD Analyses Mr. Zisen Liu Research Scientist, Combustion Research and Flow Technology, Inc.
		New developments of the CRUNCH CFD solver will be described with recent applications to stage separation problems, advanced combustion modeling, and problems involving multiple moving boundaries with grid topology changes. New capabilities will be highlighted including coupled mesh adaptation, immersed boundary methods, and advanced chemistry manager /flamelet model for the efficient simulation of large scale combustion applications.
13:35 – 14:05		Study of Abort System for Manned Spaceship during Launch Dr. Nobuhiro Yamanishi Manager, JEDI Center , Japan Aerospace Exploration Agency
		Japan’s first manned spaceship will have an emergency ejection function from the rocket. At JAXA, we are considering using CRUNCH CFD and CRISP CFD for evaluation of safety of crew members. Our preliminary study on use of these software tools will be discussed in this presentation.
14:05 – 14:35		CFD Calculation of Flashing Flow by CRUNCH CFD Dr. Ryo MORITA Research Scientist, Nuclear Technology Research Laboratory, Central Research Institute of Electric Power Industry
		In a converging part of water pipelines in a power generation plant, a sudden phase change (flashing) may occur. We simulated this phenomenon by using CRUNCH CFD and evaluated applicability of the code by verifying the results with experimental data.
14:35 – 14:50	Coffee Break/Demonstration *Short presentation
14:50 – 15:05	The new feature of ‘TURBOdesign Volute’ and ‘TURBOdesign CFD’ in the latest version of TURBOdesign Suite and its future view Yukihiro Yamamoto, Turbomachinery Design Group, Engineering Department 2, VINAS Co., Ltd. In this presentation, the newest feature and future view of TURBOdesign Suite 5.2, the latest version of an aerodynamic and hydrodynamic 3D design package for all types of turbomachinery, are briefly shown, especially with a focus on a unique volute design module TURBOdesign Volute with a kind of inverse design, and the new feature of TURBOdesign CFD.
15:05 – 15:45		New features and functionalities in TURBOdesign Suite 5.2 for optimal turbomachinery design Professor Mehrdad Zangeneh Managing Director, Advanced design Technology
		This presentation will outline the new features and functionalities in TURBOdesign Suite 5.2 especially TURBOdesign Volute a novel method for 2D inverse design of Volutes and TURBOdesign CFD.
15:45 – 16:25		Centrifugal Impeller Blade Optimization for Performance Improvement by Inverse Design Methods. Dr. Guy Phuong Senior Development Engineer, Daikin McQuay
		In this presentation, a centrifugal compressor impeller blade will be redesigned and optimized using inverse design methods developed by ADT. The first phase is redesigning only the blade shape for performance improvement. The second phase will be to completely redesigning the impeller and diffuser of the compressor for performance improvements.
16:25 – 16:55		Development of a Turbofan Using TURBOdesign Suite Mr. Iwata Toru Environmental Technology Laboratory, Daikin Industries, Ltd.
		There is a strong demand for reduction of power consumption in air conditioners, and fans used in them are no exceptions. We designed a turbofan used in an indoor unit by using 3D inverse method and obtained a design shape which operates with high efficiency.
16:55 – 17:00	Break
17:00 – 17:15	Case studies and new functionality of the latest version of TransMagic R9 Toru Sugino, Director, Marketing Department TransMagic automates repairing gaps and other defects of 3D surface models and converting large models rapidly　for CFD/CAE engineers. A new easy-to-use GUI, automatic data repair functionalities of MagicSurface, Auto Repair Wizard to make water tight solid models and other functionalities will be introduced in this session.
17:15 – 17:55		Effective Large CAD Data File Translation and Validation Dr. Craig Dennis Chief Technical Officer and Co-Founder, TransMagic, Inc.
		TransMagic, Inc. was founded in 2001. Increase efficiency using 64-bit TransMagic for translating and viewing large 3D CAD data files. Optimize 3D models for use in analysis and simulation applications. Avoid common problems associated with IGES or STEP files. Fix minor geometric errors to create high fidelity solid models. Use MagicCheck to compare parts and validate geometry. Brief Product Demonstration of TransMagic Translation, Repair and Validation.
17:55 – 18:10	Closing Speech Yasuhiko Fujikawa, President & CEO, VINAS Co., Ltd.

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-Company and product names are trademarks or registered trademarks.

10:00 – 10:35	Introduction of computation acceleration serve and CCNV, a middleware for CAE cloud computer environment Yasuhiko Fujikawa, President & CEO, VINAS Co., Ltd.
10:35 – 11:05	Tips on improving performance of parallel FEM applications on massively parallel multicore environment Kazuya Goto, High Speed Computation Technology Group, Project Development Department, VINAS Co., Ltd. Massively parallel multicore environment has become mainstream of computer architecture. This presentation gives the characteristics of the massively parallel multicore environment, general ways of parallelizing FEM applications, and tips on improving performance of such applications.		※In-house solver, Open Source FEM
11:05 – 11:35	Our efforts on porting and optimizing SMS-AMG-MPI to FX10 and ‘K’ computer. Naoyuki. Sogo, High Speed Computation Technology Group, Project Development Department, VINAS Co., Ltd. We are developing the MPI parallel version of Super Matrix Solver (SMS-AMG-MPI) for Fujitsu FX10 which is compatible with ‘K’ computer. We have used the system hosted at “Information Technology Center, The University of Tokyo”, via a program of their industrial use. This presentation gives latest information about SMS-AMG-MPI for FX10 and “K”, also gives some key points to use these machines from our early study of FX10.
11:35 – 12:15		Free Surface Thermal Flow in Outer Space and Its Numerical Prediction Technique Dr. Takehiro Himeno, Associate Professor Department of Aeronautics and Astronautics, The University of Tokyo
		It is a challenging task to keep liquid in a desired position and to make it flow in a desired way in a spacecraft which experiences different accelerations from the one on the earth. An outline of research on dynamic behavior of free surface flows in various gravity environments using experiments and numerical analyses, as well as application examples of a high speed matrix solver will be presented.
12:15 – 13:30	Lunch / Demonstration *Short presentation
13:30 – 14:05	【Sponsor presentation】 Usage and Availability of FOCUS Supercomputer Dedicated to Industrial Use Mr. Takeshi Nishikawa Supercomputing Professional , Technical Support Team, Foundation for Computational Science Reports an introduction of the FOCUS supercomputer dedicated to industrial use that started the operation from April FY2011, an operational policies, a usage from beginning to current. And also reports how to overcome barrier for the use of external computing resources from examples.
14:05 – 14:45		Open Source Structural Analysis Software “FrontISTR” Professor Hiroshi Okuda Department of Human and Engineered Environmental Studies, Graduate School of Frontier Sciences, The University of Tokyo
		FrontISTR is an open-source software that implements enhanced functions of non-linear structural analysis, on a base technology of large scale parallel finite element method. Topics of this presentation include the advanced features of the software and its parallel computation performances, the current status for its application in industries, and future challenges.
14:45 – 15:05	Coffee Break/Demonstration *Short presentation
15:05 – 15:45		Significant acceleration ofglass furnace simulator by introduction of SMS-AMG Mr. Toru Nishikawa Assistant Manager, Production Technology Center, Asahi Glass Co., Ltd.
		By integrating SMS-AMG in the solver portion of in-house CFD software for thermal flow analysis of glass melts, more than 200 times of acceleration was observed in the time needed for convergence of equation of energy for one time step in comparison with the same solver without SMS-AMG.
15:45 – 16:20		Sponsor presentation Scalable Computation environment on Amazon Web Services Mr. Yasuhiro Matsuo Solutions Architect, Amazon Data Services Japan K.K
		Cloud Computing on HPC has already been practical use. In this session, we will introduce the HPC architecture on cloud including the latest use case, such as NASA.

-Please note the program may change without prior notice.
-Company and product names are trademarks or registered trademarks.

DAY 1 10:30 – 17:00 DAY 2 9:30 – 17:00		Available software for hands-on experience are： Pointwise、Gridgen、FieldView、ICE Reporter、BladeMaster、TurboReporter、TURBOdesign、CRUNCH CFD、TOSCA、SCULPTOR、TransMagic、OOFELIE Multiphysics, PHX ModelCenter, PHX CenterLink, CCNV Try first-hand our CFD/CAE software products with their sample models loaded. Rather than just watching demonstrations, you can have hands-on experiences here. Our staff engineers will be with you to help and to answer your questions regarding use of our software products. * Feel free to stop by at any time for demos and hands-on experiences.