System Design#

The System Design library is a set of tools for modeling the behavior of complex technical objects. Unlike highly specialized physics libraries, this section combines components for solving problems from various areas of modeling.

The library is divided into three sections:

Aircraft dynamics

The subsection is intended for modeling the spatial movement of a material point AC in three-dimensional space. Here you will find ready-to-use flight dynamics blocks, including a standard implementation of the 6 degrees of freedom equations of motion using Euler angles (roll, pitch, yaw). This is the basis for the synthesis of navigation systems, autopilots and stability analysis of AC.

Transport systems

Contains components for modeling the longitudinal dynamics of transport, such as a model of the driving dynamics of a vehicle with a classic 4-wheel/2-axle configuration for studying acceleration characteristics and energy costs during cycle driving.

Radio frequency analysis

This subsection provides the ability to model RF components of electrical circuits. This library allows one to simulate quasi-steady-state modes of RF devices in time and evaluate their operating parameters (high-frequency current and voltage complexes), as well as their heat generation.