Architectural models are primarily used to help architects visualize the spatial relationships of a design, allowing them to explore different design options and make informed decisions.

Massing models are typically used to study the overall form and massing of a building, helping architects understand the building's proportions and relationship to its surroundings.

Foam core is a lightweight and versatile material that is commonly used to create detailed architectural models due to its ease of cutting, shaping, and painting.

Working models are primarily used to demonstrate the functionality of a building's systems, such as its mechanical, electrical, and plumbing systems.

Presentation models are typically used to present a design to clients or stakeholders, as they are designed to showcase the final design and convey the overall aesthetic of the building.

Structural models are primarily used to provide a physical representation of a building's structural system, allowing engineers to analyze the building's stability and performance under various loads.

Wind tunnel models are often used to study the effects of wind and other environmental factors on a building's design, allowing architects and engineers to evaluate the building's aerodynamic performance.

Digital architectural models are easier to modify than physical models, allowing architects to quickly explore different design options and make changes to the model.

Revit is a popular software specifically designed for creating digital architectural models, offering a wide range of features and tools tailored to the needs of architects.

Site models are primarily used to provide a physical representation of a building's relationship to its surroundings, allowing architects and planners to study the building's impact on the site and its context.

Acoustic models are often used to study the acoustics of a building's design, allowing architects and engineers to evaluate the building's sound quality and identify potential acoustic issues.

Physical architectural models are more durable than digital models, as they are less susceptible to data loss or hardware failures.

Energy models are commonly used to study the energy performance of a building's design, allowing architects and engineers to evaluate the building's energy consumption and identify potential energy-saving measures.

Lighting models are primarily used to provide a physical representation of a building's lighting design, allowing architects and lighting designers to study the distribution and quality of light in the building.

Thermal models are often used to study the thermal performance of a building's design, allowing architects and engineers to evaluate the building's heat transfer and identify potential thermal issues.