#comercialconstruction

Safety is one of the crucial factors that need to be considered during the planning stage of commercial construction. A typical high rise building should provide maximum safety to its dwellers and there are risks that need to be mitigated before the structure is rated as safe for occupants. Structural integrity is an essential factor as far as high rise buildings are concerned since the structure of a high rise building should handle bigger load than one or two story houses. Residential construction should essentially focus on building design, weight bearing capacity and the overall load capacity.

· High rise buildings utilize steel reinforcement inside concrete and the addition of steel piling in the foundation adds strength.

· BIM features new approaches to safety innovation and technology application in the construction industry can improve safety management.

· The usage of steel pile enforcement helps with the fire resistance capacity of the architecture service.

· Steel reinforcement provides integrity to building structure and steel cages are added before concrete is poured for reinforcement.

· Steel bars and beams added to the exterior of the concrete give extra rigidity.

· The properties of steel piling help the high rise building to absorb more ground movement and external force.

A typical construction company ensures that every high rise building needs to be designed with fire risks in mind. Certain types of concrete additives, insulation and interior materials are not used in construction management since every high risk structure needs to be designed keeping in mind the fire risks. These materials increase the risk of fire in the structure since they are highly flammable and fire resistance is the reason behind the design of modern day high rise buildings as compartments. Structural engineering goes for dividing a floor into smaller compartments for better fire control.

New Approaches to Safety Innovation

· Commercial construction should be equipped with accessible entrances and exits to mitigate fire safety risks.

· A capable fire control system is a basic prerequisite for residential construction of the contemporary age.

· Modern day high rise structures are powered with channels for sprinklers, multiple sources of water and more fire escapes.

· Its ultimate goal is boosting the ability of residential construction to withstand fire.

· High rise building should mitigate poor air movement as well as circulation.

· Residential construction of the contemporary age implements air ventilation systems with rapid exchange features.

The list of powerful BIM tools that can reduce risk onsite include model driven prefabrication, compliance checking, scenario planning, clash detection and visual communication. The system operates under normal load and a powerful circulation fan kicks in as soon as fire alarm is released. The air ventilation system can be designed to keep smoke up and away from occupants in the adverse event of fire. The system can handle additional risks associated with air movement including the risk of contamination. It is ideal to add an air processing unit as part of the HVAC system for high rise structures exceeding a certain height.

The Importance of a Capable Fire Control System in High Rise Construction

· The additional system in architecture service maintains a healthy oxygen level and it cleans interior air from foreign particles that can be harmful to the occupants.

· Evacuation is a real challenge in most high rise buildings and conventional evacuation route through single emergency stairway does not fit for high rise buildings.

· People at the helm of construction company ensures that there is a suitable evacuation flow and building layout supporting it.

· A high rise building requires multiple stairways and emergency exits positioned in different areas of the building.

Structural Integrity in a High Rise Building