Thank you for your continued support.
Our User Support Service will be unavailable from Saturday April 27 to Monday May 6, 2019 due to a sequence of national holidays.
We will reply to all inquiries on Tuesday May 7, 2019. We apologize sincerely for any inconvenience we may cause.
Prometech Software, Inc (CEO: Toshimitsu Fujisawa, headquarters Tokyo Bunkyo Ward, hereafter Prometech) proudly announces that the “DWANGO CG Research” department of DWANGO Co., Ltd (CEO: Takeshi Natsuno, headquarters Tokyo Chuo Ward) will be transferred to Prometech and rebranded as “Prometech CG Research”. Simultaneously Prometech will continue to support the research activities of Tomoyuki Nishita, world leading Computer Graphics (CG) researcher and professor emeritus of The University of Tokyo.
■ About Prometech CG Research
Tomoyuki Nishita is the only researcher in Asia to have received the Steven A. Coons Award, often referred to as the Nobel Prize for Computer Graphics. Nishita developed the Radiosity Method, a core technology that is now used in all CG-based works and video games today. Reflecting on his broad and rich experience, he actively continues his research today. Through its vision of Computational Reality – the creation of a better society through computational science -, Prometech has continuously develops new technologies with an emphasis on Simulation in the fields of CG and AI, i.a. Professor Emeritus Nishita of The University of Tokyo shall lead the “Prometech CG Research” department and actively research in the field of Computer Graphics and promote and develop new contents and services.
Based on our rich experience, we will continue our energetic research activities.
About Prometech CG Research
Name of department: Prometech CG Research
Head of department: Tomoyuki Nishita
Date of establishment: April 1, 2019.
Fields of research: Computer Graphics, visualization and illumination simulations of natural objects & phenomena, i.a.
Address: Hongo Dai-ichi bldg. 8F, 34-3, Hongo 3-Chome, Bunkyo-ku, Tokyo.
Tomoyuki Nishita’s Career
Tomoyuki Nishita (born in 1949 in Hiroshima, Japan) is a professor at The University of Tokyo since 1998 (became professor emeritus after his retirement in March 2013). He started his research in the field of Computer graphics in 1970. His research includes hidden line and surface removal, and soft shadows. He developed the Radiosity Method, a method which realistically calculates light reflections through interreflections. Nishita received the Steven A. Coons Award from the ACM SIGGRAPH in 2005, and the CG-Japan Award from NICOGRAPH in 2006. In 2006, the Institute of Image Electronics Engineers of Japan established the Nishita Award, which is given to the authors of excellent CG-related papers. He has been advising Prometech on business operations as a technical adviser since 2005.
Prometech Software will be presenting the latest information and user cases of its Meshfree Liquid Flow Simulation Software “Particleworks” and its Granular Material Simulation Software “Granuleworks” at TECHNO-FRONTIER 2019. Please feel free to come and visit us at our booth.
Prometech will also be holding 2 seminars during TECHNO-FRONTIER 2019.
New Release- Meshless liquid flow simulation software “Particleworks Ver.6.2” - - Granular Materials simulation software “Granuleworks Ver.1.1” -
Prometech Software, Inc. (CEO: Toshimitsu Fujisawa, HQ: Tokyo. Hereafter Prometech) proudly announces that Particleworks version 6.2, the meshless liquid fluid simulation software based on the Moving Particle Simulation (MPS) method, and Granuleworks version 1.1, the granular simulation software based on the Discrete Element Method (DEM) is released on January 18, 2019.
Particleworks is a liquid flow simulation software based on MPS (Moving Particle Simulation), one of the particle methods. This innovative meshless calculation method where fluids are shown as a gathering of particles allows for stable and highly-accurate analysis of free surface flow. Particleworks is very effective when it comes to simulations of oil behavior in powertrains, engine oil cooling, splashing of water around the vehicle, mixing of chemicals and resin. Its meshless technology and intuitive interface contributes to more effective product development and design optimization. In both Japan and around the world, Particleworks is implemented in a broad variety of industries including automotive, electronics, chemical, medical, food, and consumer goods.
Granuleworks is a granule materials simulation software based on Distinct Element Method (DEM). Granuleworks is applied to a broad variety of powder processing and powder-based manufacturing processes, such as foods, medicines, chemicals, conveying equipment and electronics. It can be used for designing and improving powder equipment because of its straightforward analyses of powder phenomena such as mixing, conveying, filling and compaction.
■ Particleworks & Granuleworks Shared Updated Features
Coupling with elastic bodies of the Multi Body Dynamics Simulation Software RecurDyn
Particleworks6.2 and Granuleworks1.1 enable to perform simulations using RecurDyn bidirectional coupled analysis with elastic bodies as well as rigid bodies. Large deformation calculations using R-Flex (linear elastic bodies) and F-Flex (nonlinear elastic bodies) can be reflected in real-time to polygon wall in Particleworks and Granuleworks. Simultaneously, RecurDyn calculates elastic deformation, dynamic stress and strain under fluid force calculated by Particleworks and Granuleworks.
Mixing Degree Evaluation
Powder and granular materials are segregated due to various characteristics, such as their particle size, their surface roughness and their particle shapes. There have been many studies based on statistics of mixed state analyses. However, due to statistical errors, it was impossible to correspond to local mixed states or to the mixed states of micro-components. Particleworks and Granuleworks solve this problem by using an evaluation system for mixing degrees based on entropy. Analyzing the degree of mixing according to arbitrary spatial resolution becomes possible because this method does not include statistical errors. This results in the wide potential of applications besides mixing equipment.
NVIDIA CUDA9.1 Support
Each Particleworks and Granuleworks version update renews the solvers and are optimized for the latest CPU & GPU architecture.
The latest Particleworks 6.2 and Granuleworks 1.1 support NVIDIA’s Volta generation’s CUDA9.1 GPU platform. Volta is today’s most powerful GPU architecture developed as a computing engine for computational science and data science. This significantly boosts Particleworks & Granuleworks analysis performance and allows users to perform large-scale simulations of up to tens of millions of particles.
■ Granuleworks: New Features
SDEM (Scalable DEM) is a new coarse graining technology for the discrete element method developed by Prometech. It is commonly known that stress networks are constructed within granular materials. This new technology is a theoretical construction based on the stress networks’ characteristics. This technology can be applied to the Gravital Control System (the system where the contact between the particles is most dominant), and makes difficult high coarse DEM-based simulations possible.
■ Pricing: contact us for pricing details.
New Release "Particleworks for SOLIDWORKS"Particle method CFD simulation software for front loading CAE
Prometech Software, Inc. (President: Toshimitsu Fujisawa, Head Office: Tokyo, hereinafter Prometech) has added Particleworks for SOLIDWORKS to its product line. Particleworks for SOLIDWORKS is a newly developed entry version of the fluid simulation software Particleworks based on Prometech's particle method (MPS method: Moving Particle Simulation), as an add-in tool for SOLIDWORKS®. Particleworks for SOLIDWORKS is a frontloading CFD Software that allows the user to perform all operations in the SOLIDWORKS environment, which will result in that more design engineers can easily and effectively perform trial & error design studies. It includes functions needed for fluid phenomenon that are highly demanded at the design sites but that are difficult to reproduce with the conventional grid method, such as splashing, mixing and spraying.
Particleworks for SOLIDWORKS features
3D CAD add-in
Processes of simulation condition setting, calculations and visualization for fluid simulation by use of particle method can be set in the SOLIDWORKS environment. The upstream design process enables the immediate execution of parameter studies on multiple design patterns to get a grasp of various cases of fluid phenomena. This process allows the user to verify design ideas and to tackle potential risks, which contribute to a more advanced and more efficient product design.
Analysis Results by Minimal Input and Simple Operation
The operation required by the user is kept to a minimum in order to facilitate designs for fluid phenomena during the planning and design stage. The operation procedures are as follows: First, the user creates a simulation in SOLIDWORKS (fluid area, polygon wall, inflow port, probe area) and defines parts’ movements. Then, by clicking the Particleworks for SOLIDWORKS icon, Particleworks for SOLIDWORKS menus appear in which the user defines the simulation area and the target parts, the material property values and inlets, the simulation parameters and the job environment. After the calculation is executed, the user can output the simulation results to a color map display, a stream line display, a particle flow trace display, a cross section display, an animation or a graph and many more to check in SOLIDWORKS.
Typical Fluid Applications
Particleworks for SOLIDWORKS is the entry version of particle method simulation software, Particleworks. It covers highly needed analysis areas such as splashing, mixing and spraying. It can be used in various fields such as tank oil sloshing, gear oil lubrication, mixing process of medicine, mixing of foods, emulsification of cosmetics, nozzle jets.
Limitations compared to Particleworks, the Particle-based Simulation Software
Since it is an entry version of Particleworks, the number of particles is set to 500,000 particles. The necessary input parameters on the SOLIDWORKS GUI are carefully selected for the designers’ easy. Number of cores, GPU usage, parallel calculations, floating environments, customizable environments, the coupling simulation with other software, among others are not supported.
Price: Contact us for pricing details.
Prometech Software, Inc. (Head office: Tokyo, CEO: Fujisawa Toshimitsu, hereafter Prometech) and ANSYS, Inc. (Head office: Canonsburg, PA, President and CEO: Ajei Gopal, hereafter ANSYS) jointly announced their collaboration to bring more wide-ranging multiphysics simulation solutions to the market, during the Prometech Simulation Conference.
The partnership enables users to perform multiphysics fluid phenomena calculations with Particleworks, while realizing improved interactive environments with ANSYS products.
Prometech provides simulation solutions for large free surface flow and splashing/spraying flow with its unique mesh-free particle method known as the MPS (Moving Particle Simulation) Method. The coupling between Particleworks and ANSYS structural simulation solutions empower users to simulate complex multi-physics phenomena, whereas the coupling of Particleworks with ANSYS fluid simulation solution allows users to simulate realistic air-liquid phenomena.
Embedding Particleworks in the ANSYS® Workbench™ environment enables key features, such as the calculation of structure deformation caused by fluid pressure and structure heat transfer by use of the heat transfer coefficient.
“The coupling solution between ANSYS and Particleworks will bring enormous benefits to many engineers in product design and development,” stated Dr. T. Fujisawa, founder and CEO, Prometech Software, Inc. “Particleworks is becoming a new standard meshfree CFD software which enables a wide range of engineers to employ CFD as an intuitive tool. While partnering with ANSYS provides a wider range of simulation approaches to coupled phenomena. I believe the user-friendly operability of coupled analysis using Particleworks on the ANSYS Workbench platform will bring a significant paradigm shift at the early design stage.”
"There is considerable customer demand for modeling flows with significant free surface motion, including splashing and kneading. ANSYS collaborated with with Prometech Software Inc. to provide fast insights using Prometech’s advanced particle-based simulator available in Particleworks." said Dr. S. Subbiah, Vice President, Global Product Operations / Fluids Product Management at ANSYS, Inc. "Prometech has enabled coupling between Particleworks and ANSYS Fluent software and ANSYS Mechanical software to model coupled phenomena."
More information: www.ansys.com/about-ansys/partner-ecosystem/software-partners/prometech
Thank you for your continued support.
Our User Support Service will be unavailable from Thursday December 27, 2018 to Sunday January 6, 2019 due to our Year-end and New Year holidays.
User Support Unavailability
Thursday December 27, 2018 - Sunday January 6, 2019
We will reply to all inquiries on Monday January 7, 2019. We apologize sincerely for any inconvenience we may cause.
Starting Monday, December 10, the Prometech Software Nagoya Branch will be relocated to the address stated below.
Thank you for your continuous support.
Round Terrace Fushimi 3F, 1-chome-17-26, Nishiki, Naka-ku, Nagoya, Aichi, Japan. 460-0003
*No change in telephone/fax number.
Opening: Monday, December 10, 2018
Thank you for your continued support.
Our User Support Service will be unavailable on Thursday December 13 due to our attendance at the “Prometech Simulation Conference 2018(PSC2018)”
User Support Unavailability
Thursday December 13, 2018.
We will reply to all inquiries on Friday December 14, 2018. We apologize sincerely for any inconvenience we may cause.