Simmakers Ltd develops science-intensive and high-tech software and provides services in the field of computer simulation of physical and technological processes aimed at increasing economic efficiency and competitiveness of our partners' business.

We have been developing science-intensive software since 2001. Since this time, employees of the company have implemented a number of projects in various fields, including engineering, machinery construction, geology and environment.

The development of scientific applications in mathematics, physics, mechanics, statistics, finance, etc.

We offer not only the development of new solutions, but also improvement and optimization of existing applications.

Formation and development of information systems that integrate, store, edit, analyze and display geographic information.

The use of mapping technologies remote sensing, topography, aerial photography, photogrammetry, mathematics, geography, allows to create GIS / GPS applications.

Development of software tools for specific tasks in oil and gas industry.

1. The development of geographic information systems in the objectives of field development

2. 3D visualization tools for geological and hydrodynamic models of oil and gas fields.

3. Software solutions for collection, organization, analysis and production of data conversion.

4. Development of algorithms for numerical simulation of seismic wave propagation in porous and elastic environment.

Simmakers Ltd. offers the following services in computer modeling area:

1. Computation of soil freezing in complicated hydrogeological conditions.

2. Analysis of pipelines stress-strain state operating under pressure.

3. Risk assessment of damage and leaks during the pipeline transportation of multiphase hydrocarbons.

4. Assessment and minimization of temperature and humidity influence on the degradation of protective coatings and oil and gas pipelines corrosion.

5. Simulation of different emergency situations scenarios related to the transportation or storage of petroleum and natural gas.

With solving various problems in engineering, manufacturing and environmental science it is necessary to carry out computer modeling of physical processes. In this area our company specializes in the use of various mathematical modeling means for analysis and research work:

•  processes of liquid and gas flow in different media;

•  stress-strain state of various products and construc- tions;

•  processes of diffusion and heat exchange in solid and porous media;

•  electromagnetic and acoustic waves propagation in different materials and media.

Using computer simulation allows reducing time required to choose operational parameters for technological processes such as material drying and the development of specialized software for such purposes.

Computer simulation helps to optimize the removal of the required amount of moisture from the material, thus reducing energy costs.

We simulate the drying process for a various number of heat sources: convective drying, radiation drying, microwave drying, and also depending on the duration of the exposure source - continuous or discrete drying.

On the basis of the information performed by the client boundaries of the selected area and the quantity of considered aquifers are chosen.In order to obtain correct simulation results the boundaries of the area are chosen in such a way that the groundwater level or flow rate is known. In order to meet this requirement, it is recommended to choose the modeling area boundaries along rivers, lakes and waterfront lines.

Further, on the basis of elevation level maps and hydrogeological boreholes data with the rock lithologic description, a 3D model of the hydrogeological object is made.

We propose the development of CAD/CAM/CAE applications, 2D/3D modeling applications with usage of customized data formats and existing ones (DFX, VRML, BREP, STEP, STL), the standard CAD user interfaces customized graphical user interfaces, tools for mesh generation, voxel 2D/3D graphics, AVI video stream capturing from the OpenGl/DirectX animations, fast algorithms for geometric transformations, spatial analysis and scaling technologies.

Implementation of mathematical modeling methods in engineering and manufacturing allows to reduce the number of prototypes and their testing. Forecasting activity and risk asessment in economics and environmental science at present can’t go without mathematical modeling methods. At the same time, software implementation of any deterministic or stochastic mathematical model requires the use of computational mathematical methods.

In connection with this, the main area of our company is the algorithmization and software implementation of the various computational mathematical methods, which are the following:

•   multivariate conditional and unconditional optimization;

•   numerical solution of differential equations in partial derivatives;

Development of 2D/3D graphic applications and engines using technologies and frameworks: DirectX, OpenGL, WPF 3D; PhysX, Havok.

Using С/C++, C#, Assembler, FORTRAN and Shader languages in conjunction with graphic technologies 2D/3D and architectures CUDA/OpenCL makes it possible to develop high-powered instruments and effects for real-time geometry analysis, approximation and interpolation of surfaces.

We use GPGPU technology software development, that allows to increase processing performance due to using GPU (graphic processors).

CUDA and OpenCL architectures are used in different spheres, including video processing, astrophysics, computational biology and chemistry, fluid dynamics modeling, electromagnetic interactions, the restoration of images obtained by computed tomography, seismic analysis, ray tracing, etc.

The development of information systems which integrate, store, edit, analyze, share and display geographic information. Usage of mapping technologies, remote sensing, land surveying, aerial photography, mathematics, photogrammetry, geography let us create high performing GIS/GPS applications.

Frost 3D software package. Today it is the fastest and the most precise solver of heat transfer problems with phase transitions! Frost 3D allows to make long-term predictions of permafrost thaw under the influence of anthropogenic and climatic factors. It is a unique software solution that considers the specificity of permafrost thermal stabilization process with the help of cooling devices.

Simmakers САЕ Platform aimed to develop software packages that perform numerical simulations of different physical and technological processes and their 3D visualization.