Practical Structural Design Basic Concepts Training

Define structures as assemblies of members and elements, and examine gravity and lateral loads, including seismic and wind, with load transfer from slab to footing.

Explore how tension and compression shape floating columns and bracings, and master structural analysis, finite element method, and loads such as dead, live, wind, snow, and seismic.

Master seismic load basics and lateral and gravity loads, how oscillations affect joints, and major and minor axis, with overview of limit state design and linear versus nonlinear analysis.

Explore axial force and torsion, and learn point load, uniformly distributed load, uniformly varying load, and pressure load. Understand load transfer, compression and tension zones, deflection, buckling, and crippling.

Explore end conditions in RCC and steel, fixed, simply supported, roller, and free joints, and examine fixed versus simply supported behavior, slab-to-beam and beam-to-column connections, and development length.

Explore how fixed and simply supported joints govern beam-to-column and slab-to-beam connections in RCC and steel, including shear keys, corbels, base plates, pedestals, and roller supports.

Explore how joints behave under loads in fixed, simply supported, roller, and free (cantilever) connections, and distinguish elastic, plastic, ultimate, and failure stages for design.

Learn to calculate dead, live, wind, snow, and seismic loads using is 875 parts 1–4, 1893, with is 456 and is 800 code books and a basic load transfer exercise.

Learn how one-way and two-way slabs distribute loads to beams B1 to B4 using trapezoidal and triangular areas, and translate dead, live, and self-weight into beam and column forces.