The APM FGA software product was created on the basis of the APM Structure3D and APM Studio modules and is designed to analyze the kinematic, dynamic, thermal, energy and force characteristics of the flows of liquid and gaseous media, as well as to quantitatively and qualitatively assess their impact when designing a number of engineering and technical objects, such as how:

• hydraulic and pneumatic equipment for various purposes, automatic control systems in which liquid or gas act as working media;
• heating, cooling and ventilation systems in which liquid or gas act as heat carriers;
• objects that are exposed to wind currents.

The analysis of potential flows makes it possible to calculate the fields of pressures and velocities of ideal flows (incompressible, isothermal, inviscid).

The analysis of flow filtration in stationary and non-stationary formulations makes it possible to calculate the pressure and velocity fields of flows through an orthotropic porous medium.

Analysis of Navier-Stokes flows can be used to calculate the fields of kinematic, dynamic, thermal, energy characteristics of internal/external low-compressibility flows in stationary laminar/turbulent isothermal/thermal settings.

APM ElectroMagnetic Analysis is a software product for the analysis of electrostatic, magnetostatic, as well as electromagnetic low-frequency and high-frequency processes, the need for these types of calculations arises in the tasks of designing, analyzing and diagnosing electronic and electrical equipment, as well as communication equipment.

Calculations are performed for stationary and non-stationary modes.

The main purpose of the product is to increase the efficiency of designing electrical objects, antenna devices and communication equipment by automating engineering calculations.

The functionality of the APM EMA system for solving systems of equations of electrodynamics includes a wide range of tools designed to prepare models that are the subject of analysis:

• Electrostatics
• DC field
• magnetostatics
• Non-stationary electromagnetic field (low frequency region)
• Electromagnetic waves and their radiation (high-frequency region)

APM ECA is a software product for simulation of electrical circuits with linear and non-linear elements, and generalized signal transmission graphs. The program is intended for the analysis of electrical circuits by the method of nodal potentials.

 The main elements of the graphical representation of the simulated system are:

• a physical element that implements some transfer function;
• a port that defines a contact between circuit elements,
• a link connecting a physical element or port to another physical element or port.

The main purpose of the product is to increase the efficiency of designing and analyzing a number of electrical objects and electronic systems, in particular, intelligent systems for the automotive industry. Efficiency is achieved through the improvement of design processes and automation of engineering calculations using industrial-ready software. In addition, what is being developed can be used as an element of the Digital Factory technological solution.

APM ECA is in demand at enterprises that create electrical equipment and electronic devices, which will increase the quality and reduce the production time of the final product. In addition, software is used in the educational process in such areas of training as "Electrical Equipment", "Mechatronics and Robotic Systems", "Computer Engineering" and "Design of Radio Electronic Devices".

APM ECA is a standalone software product sold separately. In addition, APM ECA functionality is included in our comprehensive APM Multiphysics product