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The major purpose of having a performance-based seismic design is to provide engineers with the capability to design buildings that have a predictable and reliable performance in disasters like earthquakes.  Thus we can say the Performance-based seismic design is a method that permits the design of new buildings or upgrades of existing buildings with a realistic understanding of the risk of life, occupancy, and economic loss that may occur as a consequence of future earthquakes. In other words, the Performance Based Design  (PBD) is a rational approach to the design of a new building or evaluation of an existing structure that often gives rise to superior results while compared to conventional code-prescribed design approaches.  With the help of PBD, the structural engineer works with the owner to identify specific structural performance objectives for strength and serviceability; the structure is then evaluated or designed to assure compliance with the agreed objectives.   M

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Demolition means the tearing down of buildings and other load-bearing structures that have been weakened either due to the ongoing operations or as the result of natural forces. The hazards during demolition include falls, being struck or buried in falling material, noise, vibration, dust and more. So, it is important for engineers to do robust Demolition Planning to make sure there will be no mishap or hazard occur and the structure will fall in the desired direction without affecting neighbouring buildings and people. With time, construction methods and materials have grown increasingly complex, so it is important for Demolition Engineer to use new and advanced 3-D Nonlinear Dynamic Structural Analysis Tools to simulate and optimize controlled collapse and implosion plans, before the actual demolition. Using these tools, engineers can model the complete structure in 3-D, with every detail including columns, slabs, masonry, service/transfer floors, detailed reinforcement, cab

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Although the demolition of a structure is often considered simpler than construction, it has the same or sometimes higher difficulty level and requires extensive preparation. Demolition of a structure puts surrounding people and buildings at risk. Thus, the involvement of a highly-qualified demolition engineer is crucial. Professional engineers and building demolition service providers have a Nonlinear Dynamic Structural Analysis Tool to simulate and modify manual deconstruction processes in a 3D environment. A wrecking ball and high reach arm was the great equipment earlier to perform the demolition of a building. Nowadays several companies that plan and design safe demolition pay special attention to details. Their demolition analysis team can model the complete structure in full 3-D along with all structural details, including girders, columns, floors, detailed reinforcement, slabs, masonry, cables, and vessels, service/transfer floors, detailed reinforcement, and pre