Q:What are the differences in the cost of aerated concrete equipment wall and clay brick wall?

Aerated concrete equipment products are very popular building materials, compared with the clay brick has a lot of superior performance

Q:Can container houses be designed with outdoor living spaces?

Yes, container houses can definitely be designed with outdoor living spaces. While the primary structure of a container house is made from repurposed shipping containers, the design possibilities for these homes are endless. Many architects and designers have found creative ways to incorporate outdoor living spaces into container houses, making them functional and aesthetically appealing. One common approach is to include rooftop decks or terraces on container houses. These outdoor spaces can be accessed through stairs or ladders, providing a perfect spot for relaxation, entertainment, or even gardening. Rooftop decks can be designed with seating areas, dining spaces, and even outdoor kitchens, allowing residents to enjoy the fresh air and panoramic views. Another option is to create outdoor patios or balconies on the ground level of container houses. These spaces can be designed as extensions of the indoor living areas, seamlessly connecting the interior and exterior. Patios can be furnished with outdoor furniture, plants, and other elements to create a cozy and inviting outdoor living space. Furthermore, container houses can also be designed with open-air courtyards or atriums. These central outdoor spaces can be surrounded by container modules, providing natural light, ventilation, and a sense of connection to the outdoors. Courtyards can be designed as private sanctuaries or communal gathering areas, offering residents a place to relax, socialize, or engage in outdoor activities. In summary, container houses can absolutely be designed with outdoor living spaces. The versatility of container construction allows for various designs and configurations, making it possible to create unique and functional outdoor areas that enhance the overall living experience.

Q:Some of the ancient aristocratic carriage up and down a few stairs like what is called ah

It's like a stool Old times, dedicated to the Mara sedan.

Q:How to identify the natural stone Cheng Qu

There will be old Tridacna crack, and the crack length and the thickness, direction, disorder, no more consistent. Under the magnifying glass can be seen around the crack and yellow.

Q:Is the thickness of the sound barrier set

Certainly not ah, the inner layer is the sound absorption and load-shedding material, for this thickness, is obtained through scientific research results, not arbitrarily determined

Q:Are there any restrictions on the thickness of the concrete that can be poured using steel frame formwork?

Yes, there are restrictions on the thickness of concrete that can be poured using steel frame formwork. The thickness usually depends on the design and specifications of the steel formwork system being used. It is important to consult the manufacturer or design engineer to determine the maximum recommended thickness for pouring concrete using steel frame formwork.

Q:Can geosynthetics be used for reinforcement in airport runways?

Yes, geosynthetics can be used for reinforcement in airport runways. Geosynthetics such as geogrids, geotextiles, and geocomposites have been successfully employed to enhance the stability, durability, and load-bearing capacity of airport runways. These materials help to distribute the load and provide reinforcement against differential settlement, base course deformation, and lateral movement. Additionally, geosynthetics can improve the overall performance and lifespan of airport runways while reducing maintenance requirements.

Q:How many colors does cement have?

A foreign reinforced concrete research institute invented a cheap and common shielding material - carbon cement. In order to make the cement conductive, in the cement added conductive properties of anthracite or coke powder. Building the building with this kind of cement makes the building itself a barrier and more secure and reliable than a metal barrier. When making conductive cement, pay attention to its high reflection coefficient, resulting in a high level of indoor electromagnetic energy. For the protection of staff and sensitive equipment, the Russian Institute of Concrete and Reinforced Concrete Science has also found a more ideal conductive cement, both a good absorption of electromagnetic radiation, but also has a very low reflection coefficient. The success of its development can reduce the cost of electromagnetic protection to the original 1%. Conductive cement can be used not only to build new plants but also as protective coatings. As the conductive cement will heat when there is a current through, this heat is safe and does not cause burning, so it can be used to build heat exchangers, drying rooms, non-icing airport runways, sidewalks and stairs, Wall of the house.

Q:15-storey office with 3-layer podium (1,2 layers of large commercial total of 7200 square meters, 3-storey restaurant 4000 square meters), the skirt of the evacuation stairs can be used with the 15-storey cylinder heart staircase shared?

Can not. Code for Design of Office Buildings JGJ 67-2006 5.0.3 The evacuation entrances and exits of the office part of the building should not be shared with the evacuation entrances and exits of crowded places such as shopping malls, business offices, entertainment, catering and other personnel in the same building.

Q:If you have two workers say standing on a scaffolding, their are downward forces from the weight of the workers along with the weight of the scaffold, and upward forces from tension suspending the scaffolding in place. The opposite forces add to zero and thus the scaffolding remains at rest.My question has to do with what would occur if more/less workers were on the scaffolding. It appears to me that the scaffolding would always remain at rest. Would there always be a ΣF=0 regardless of the amount of workers? As the decreases in weight from removing a worker would also cause the tension force to be weaker? And vice versa if there were more workers?I

You are correct so long as the scaffolding is not allowed to move. I.e. the cables suspending it are locked and not unwinding from their spools as more workers get on. More weight added would necessarily increase the tension in this type of case. However, if, when another worker got on and the tension could not increase for what ever reason, a downward acceleration would take place that is proportional to the worker's weight. Hope that clears things up.