• Wind-driven loading and safety modeling unify acrosswind pressures, fluctuating wind forces, and internal pressure considerations across built forms, informing design codes and performance assessment. Key contributions demonstrate acrosswind response, dynamic wind loading, and wind-induced internal pressure effects in tall and low-rise buildings [1], [12], [10], [11], [17].

• Integrated floor planning, routing, and layout optimization deploys graph-theoretic formulations and hierarchical decomposition to generate consistent building-block layouts without destroying previously routed channels. This paradigm is demonstrated across simultaneous floor planning and global routing [8], dynamic layout representations [9], automatic/interactive layout planning [13], and multi-floor layout planning tools [16].

• Structural performance optimization emphasizes core-to-outrigger behavior, top-drift control, and connection restraints under varied stiffness. Using outrigger-braced tall-buildings analyses [4], tall-building interference effects [17], rotational restraint of wood studs [5], and concrete construction-load analysis [6], researchers map critical design couplings and safety margins.

• Rectangular floorplan generation and packing are advanced through graph-theoretic existence checks and heuristics, enabling feasible floorplans and packings even when regular duals do not exist. Key studies include rectangular floor-plans [15], loosely packed arrangements of rectangles [14], automatic floorplan design via the Dutch metric [3], and automatic layout planning for arbitrarily sized blocks [13].