The designs of the classic men's majlis are distinguished by their aristocratic motifs, which are dominated by color, line, space and mass. They usually feature luxurious wooden furniture covered with attractive fabrics, uniform walls, marble or porcelain floors, and attractive crystal chandeliers.

The design of the men's majlis is characterized by a large area and luxurious and sophisticated decorations with various elements and details. it also gives the impression of the beauty of its colors, all its geometric lines, and the design of its decoration.

SMD GROUP interior Design Company has the best team of interior designers in Khobar. They have a superior ability to adapt and craft the aristocracy professionally and creatively.

An architect is responsible for the design and supervision of construction of structures such as buildings, bridges, and other public facilities. An architect typically develops plans, designs, and construction documents. They also coordinate with other professionals such as engineers and town planners to ensure that the project meets all regulations and requirements.

in general, architects must have a bachelor's degree in architecture from an accredited college or university. in addition, many states require architects to obtain a license before they can practice. To obtain a license, architects must pass an architect's registration exam and complete a certain amount of continuing education hours.

An architect's duties and tasks include creating plans and designs for structures, providing technical guidance throughout the construction process, ensuring that building codes are met, and managing the budget for a project. Architects also work with clients to create custom designs that meet their needs and preferences.

An architect is a professional who designs and supervises the construction of buildings and other structures. They develop design plans, prepare drawings, and work with building materials to create structures that are both functional and aesthetic.

The collapse of the building during an earthquake is due to the poor design and construction of the structure, as well as a failure to consider the horizontal forces that come with an earthquake. Buildings are also more likely to collapse if they are not built to withstand the seismic activity in the area. in addition, older buildings may suffer further damage due to the lack of modern materials and construction techniques.

Architects can ensure that their buildings are adequately earthquake-resistant by choosing the appropriate shape of the building, designing it for internal and external balance, calculating the translational interactions resulting from an earthquake, and designing important parts of the structural elements.

The appropriate structural system for buildings of medium and normal heights is the system of columns and concrete beams loaded on them. This system supports buildings whose heights do not exceed 14 floors, depending on the seismic zone.

When designing a building to resist earthquakes, it is important to consider the building's shape, internal and external balance, vertical and horizontal forces, live and dead load, and the most appropriate structural system for the height of the building.

Common causes of building collapse due to earthquakes include inadequate design and construction, poor materials, and lack of reinforcement. in addition, buildings with weak joints between walls and floors, inadequate shoring systems, and poor anchoring of structures are more likely to collapse in an earthquake.

When designing a building to withstand earthquakes, architects must consider the seismic zone in which the building is located, the number of floors, the appropriate structural system, and the earthquake-induced transitional reactions.

Architects design buildings to resist earthquakes by ensuring that the shape of the building is symmetrical, avoiding angular shapes, dividing the building into sections with seismic joints, choosing the appropriate structural system, and calculating the transitional reactions resulting from the earthquake. in addition, they design important parts of the structure for added strength.

Earthquake risks can be mitigated by observing land use policy and earthquake intensity maps for each area, avoiding building on geological faults, and using spacers that allow each part of the building to move independently if necessary.