APM Studio is designed for simulation and strength analysis of various structures, as well as analysis of liquid and gas flows. The module has a set of necessary proprietary tools to perform all stages of problem solving.

APM Studio allows you to:

• create spatial models using 3D geometric modeling tools;
• import geometry from third-party 3D editors;
• export geometry to third-party 3D editors.

Finite element mesh generation is carried out in automatic and semi-automatic modes. Preparing a model for calculation includes tools for setting materials with characteristic properties and parameters, boundary and initial conditions, and their visualization on a geometric model.

The APM Structure3D module is the basic calculation core of the APM line. It has ample opportunities for creating models of structures, performing the necessary calculations and visualizing the results. The use of these opportunities will reduce the design time and reduce the material consumption of the facility, as well as reduce the cost of design work.

The APM Structure3D module is designed for comprehensive analysis of 3D structures of arbitrary shape. It can be used by the finite element method to perform a strength calculation of arbitrarily fixed models, including rod, thin plate and volumetric solid structural elements (including assemblies), as well as ropes and arbitrary combinations of all the above elements. The initial elastic-deformation characteristics of the elements in this case can be linear, as well as geometrically and physically nonlinear.

Analysis of the obtained results and subsequent modification allows you to choose the best design solutions that are optimal in terms of weight and cost.

APM Dynamics is a product designed to solve the problems of modeling the dynamics of spatial mechanical systems by the finite element method (FEM).

The application of the FEM made it possible to abandon the representation of dynamical systems in the form of absolutely rigid bodies, as is assumed in classical mechanics, and to take into account the elastic properties of these bodies. The elastic properties of dynamic systems are formed automatically, which greatly simplifies the practice of applying the proposed method.

The geometry of the elements of mechanical systems is created using a modern three-dimensional graphical editor, which contains both geometric modeling tools and tools for setting boundary conditions and sensors for recording the necessary output parameters.