Brick facades are generally more expensive than plaster facades due to the higher cost of materials and labor involved in their construction. Bricks are a more durable and long-lasting material compared to plaster, which makes them a more expensive option. Additionally, the installation of brick facades requires more skilled labor and time, further adding to the overall cost. Furthermore, the maintenance and upkeep of brick facades can also be more costly in the long run, as they may require periodic repointing and repairs. **

Yes, windows are an integral part of facades. They play a crucial role in the overall design and aesthetic appeal of a building's facade. Windows not only allow natural light to enter the building but also contribute to its ventilation and energy efficiency. Therefore, windows are considered an essential component of facades in architectural design. **

Large facades can be obtained from architectural supply companies, construction material suppliers, and specialized facade manufacturers. These companies often offer a wide range of facade materials such as glass, metal panels, stone, and composite materials in large sizes to accommodate the needs of commercial and residential buildings. Additionally, custom fabrication shops can also create large facades to specific design requirements. **

There are hardly any brick facades in Munich because the city has a long tradition of using plaster as a building material, dating back to the Renaissance period. On the other hand, Hamburg has hardly any plaster facades because it has a strong tradition of using brick as a building material, due to its proximity to clay deposits and the influence of the Hanseatic brick Gothic architecture. These historical and regional building traditions have shaped the architectural styles and materials used in each city, leading to the prevalence of certain facade types. **

Some arguments against green facades include the high initial cost of installation and maintenance, which can be a barrier for some building owners. Additionally, green facades require regular upkeep and monitoring to ensure the health of the plants, which can be time-consuming and costly. There are also concerns about the structural integrity of buildings with green facades, as the added weight and moisture from the plants can potentially cause damage over time. **

Styrofoam facades are popular in Germany because they are lightweight, easy to install, and provide good insulation. They are also cost-effective and can be easily shaped and molded to create unique architectural designs. Additionally, Styrofoam facades are durable and weather-resistant, making them a practical choice for the country's varying climate conditions. Overall, the use of Styrofoam facades in Germany is a combination of practicality, cost-effectiveness, and design flexibility. **

House facades that were insulated in the 1980s are evaluated based on their effectiveness in reducing energy consumption and improving thermal comfort within the home. Insulation materials used in the 1980s may not be as efficient as modern materials, so the level of insulation and its condition are important factors in the evaluation. Additionally, the overall appearance and maintenance of the facade are considered to assess its aesthetic appeal and structural integrity over time. Regular inspections and updates to insulation materials may be necessary to ensure optimal performance and energy efficiency. **

House facades that were insulated in the 1980s are typically assessed by checking the condition of the insulation material used at that time, such as fiberglass or foam board. Inspectors may look for signs of wear and tear, water damage, or mold growth that could indicate a need for replacement or repair. Additionally, the energy efficiency of the insulation may be evaluated to determine if it meets current standards and if upgrades are necessary to improve the home's overall energy performance. **