DETAILED DESIGN PROCESS

FAILURE ANALYSIS:
There are few possibilities for the failure of the structure due to buckling of the members and block shear. Buckling can be avoided by using thicker members inspite of going for thinner members. In case the structure fails, the connections are so arranged that the whole structure falls in vertical direction without harming neighboring buildings. Firefighting and emergency exits are provided as decided by the Artificial intelligence system at the time of emergency.
QUALITY STANDARDS:
Quality and life of the building are entirely depending upon the type and quality of the materials used during the construction. In order to use the life of the structure better quality members are used and the respective jobs are assigned to skilled labors. Quality analysis and project duration is done by SIX SIGMA and OPERATIONAL REASEARCH (critical path method). Project planning, scheduling and controlling is done suitably to complete the structure with most suitable manner. For the better safety of the steel members and channels IS 800 codal provision has to be satisfied for all conditions
SAFETY MEASURES:
In order to make the structure safer, electromagnetic stoppers are incorporated to prevent the lateral movements and vibrations due to minute earthquakes. To avoid the corrosion of the steel material painting or polishing of the members must be carried. It is ensured that the foundation materials are incompressive in nature in order to transfer live and dead loads which is acting on the structures. Alternate paths and advanced fire fighting systems are installed for the better safety purpose. High quality glass panels are used which are safe and non breakable in nature.
RELIABILITY:
Since the probability of failure is less than c3/c7 which is less than 0.03, the structure is more reliable from a future point of view. The best use of minimum land area is also possible in urban countries. The excess material during the construction can be recycled to make the structure more reliable. The material which is used are more durable and stable so that the constructed structure is more reliable in nature.