Properties of the calculated mass

The calculated mass of a system or structure is determined on the basis of preliminary or approved drawings and controlled computer models. These calculations are crucial to obtain an accurate understanding of the mass properties, which are of great importance for the planning, development and implementation of projects.

Important aspects of the calculated mass:

Sources of the data:

The calculated mass is derived from various sources, including preliminary drawings, approved design drawings and controlled computer models. These sources provide detailed information about the dimensions, materials and components of the system.

Use of computer models:

Controlled computer models play a decisive role in determining the calculated mass. These models make it possible to simulate complex structures and systems and perform precise mass calculations. They take into account various factors such as material properties, geometric details and physical conditions.

Accuracy and precision:

The accuracy of the calculated dimensions depends on the quality and timeliness of the data used. Preliminary drawings may contain estimates and assumptions, while approved drawings and controlled models usually provide more accurate and reliable data.

Consideration of material properties:

The specific properties of the materials used are taken into account when calculating the mass. These include density, strength and other physical properties that can influence the mass and behavior of the structure.

Update and review:

The calculated mass is regularly reviewed and updated to ensure that it reflects the latest design and all available data. This is particularly important as the design evolves and new information becomes available.

Documentation and transparency:

Clear and transparent documentation of the calculated masses is essential. This includes the documentation of all assumptions, calculation methods and data sources used to determine the calculated masses.

Application in practice:

The calculated mass is used in various phases of a project, from planning and development to implementation and monitoring. It serves as the basis for further calculations, analyses and decisions and helps to ensure the efficiency and safety of the system.

By taking these aspects into account, the calculated mass can be determined precisely and reliably, which in turn facilitates the planning and implementation of projects and forms the basis for further developments.