“SIMTECH” ENGINEERING CENTER

The “SimTech” Engineering Center of the Belarusian-Russian University engages in support of projects dealing with development, modernization and production of transport technological machinery and systems. Our specialists use science intensive design technologies to solve such problems as product optimization and simulation modeling of objects based on a set of criteria before starting the production. The engineering center is equipped with the best international and domestic specialized software. The center has commercial and academic licenses for the software used, as well as high-performance computing systems based on the latest technologies of computer and supercomputer systems.

The diagram shows the scope of the technologies applied to the production cycle of a product.

The center team consists of project groups that deal with support of the engineering projects of businesses. The project groups comprise specialists with practical experience in supporting projects, as well as, scientists, engineers and postgraduate students.

MATERIALS HANDLING EQUIPMENT

The “Materials Handling Equipment” project group is staffed with specialists that have a basic professional training in this discipline and the experience in supporting engineering projects in this area.

The 2015 project: “Development of a railroad crane traverse in accordance with the Requirements Specification ТZ 001.01 – 2015 for the design of a 8 meter traverse with a lifting capacity of 32 tons”.

QUARRY MACHINERY

The “Quarry Machinery” project group has many years of experience in supporting projects for the development and modernization of mining equipment.

The 2015 project: “Optimization of the design of the front axle beam of the MOAZ 75320 quarry dump truck with 290 tonne load carrying capacity.”

MINING MACHINERY

The “Mining Machinery” project group has gained the most advanced experience of using CAD \ CAE technologies in the design of mining equipment and reducing the duration of design work.

The 2013 project: “The analysis of strength and reliability of design parameters of the load-bearing structure of Load-Haul-Dump machines and the development of recommendations to improve strength and durability of their high-loaded frame assemblies, operating equipment and suspension, keeping the same laden mass".

HYDRAULIC GAS DYNAMICS OF TRANSPORT AND TECHNOLOGICAL EQUIPMENT AND SYSTEMS

The “Hydraulic Gas Dynamics of TTE & S” project group uses advanced technologies for numerical simulation of heat and mass transfer processes in simple and complex objects and systems.

The 2015 project: “The study of the possibility of using a pressure pipe made of heat-resistant polyethylene (PE-RT Type II, SRD 7,4 (S3,2)) incorporated in the system of the SMITFLEKS-P flexible pipe pre-heat-insulated with polyurethane foam used in heating systems, with the heat transfer agent having the temperature of 95 C and 1 MPa pressure.”

The 2016 project: “The substantiation of the choice of rational parameters for the EBKD-M-65 emulsion cooling system of the BIEM-10 installation.”

We effectively cooperate with the research labs of the University and its Certification and Testing Center. This allows us to cooperate at the fastest rate possible with the customers in such areas as production digitization, new product development as well as provision of consulting services in the analysis of design systems, quality management systems and preparation of expert opinions.

The resource supply of the Engineering Center is based on the application of modern technical solutions from the Intel and Nvidia companies. GPU-accelerated calculations consist in the use of the GPU in conjunction with the CPU to speed up applications in the field of science, analytics and design. GPU-accelerated calculations were invented by Nvidia in 2007.

GPU-accelerated calculations offer unparalleled application performance because the GPU handles those parts of the application that require high computing power, while the rest of the application runs on the CPU. From a user perspective, the application just runs much faster.

The NVIDIA® Tesla® Accelerated Computing Platform is the leading platform to accelerate the analysis of large data and the scientific computation. This platform combines the fastest graphics accelerators, the widespread CUDA® model of parallel computing and the extensive ecosystem of developers, software vendors and OEMs of the data centers to accelerate scientific discoveries and data analysis.

Thanks to the advanced capabilities to control the system, fast communication technologies and the support of the well-known infrastructure management software, the Tesla platform provides professionals in the field of HPC with the tools to easily create, test, and deploy accelerated applications in data processing centers.

The Center has high-performance computing systems based on the latest technologies of computer and supercomputer systems.

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The “SIMTECH” engineering center performs work and research in the following areas:

• Science intensive computer engineering based on the use of CAD, FEA and CFD
• Mathematical modeling of mechanical, hydromechanical and thermal systems at the micro and macro level
• Fatigue-strength calculations of linear, quasi-static dynamic and hydromechanical systems, stability analysis
• Multicriteria parametric and topological optimization with the choice of rational parameters of the system
• Design engineering for machine-building, business planning in creating new machinery, consulting in QMS system in compliance with ISO 9001

“SIMTECH” ENGINEERING CENTER

Address/Fax:

212000 43 Mira Avenue, Mogilev, The Republic of Belarus

Phone:

+375222258436

Head Of The Center:

ALEH Leanenka

E-mail:

simtech.bru.by