Csi Safe (Foundation and slab Design)

Model and analyze an isolated footing in ACI 318-14, defining materials, soil properties, and loads, verify bearing capacity and punching shear, and finalize reinforcement and strip design.

Design an isolated footing from a template by setting plan dimensions, loads, and punching checks, then perform service design, analysis, and reinforcement layout for safe capacity.

Model, analyze, and design a strip footing for a 30 cm wall under surface and live loads, verify bearing capacity against soil pressure of 40 kPa, and specify reinforcement.

Learn to model, analyze, and design a combined footing in CSI Safe, evaluating bearing pressure, punching shear, and reinforcement layout under specified loads and dimensions.

Design raft foundations and slabs using finite element analysis to assess punching shear, displacement, and reinforcement patterns, including drop panels, bearing capacity, and service load combinations.

Export a model from ETABS to SAFE, import and configure isolated, strip, and raft foundations, define loads and soil properties, compute footing areas, and verify punching shear and design results.

Explore eccentric footing design in CSI Safe for foundation and slab design, using self weight and loads to check punching shear and bearing capacity. Review analysis and design outputs.

Explore eccentric footing-2 design for column foundations by analyzing forces and service pressures, and evaluating punching shear design, strap beams, and combined footing options.

Demonstrate eccentric footing design steps in CSI Safe by editing footing dimensions, running analysis, and evaluating punching shear design under service loads and reaction forces.

Explore strap beam design between columns using CSI Safe: set up beam dimensions, select materials, assign properties, and evaluate moments, shear, and stresses under structured loads.

model and design pile caps for foundations and slab design using software, define pile and slab properties, apply loads and supports, and verify punching shear and overall design.

Import an AutoCAD file into Safe to save effort, then define step properties, assign draft and materials, select architecture layers, set snap properties, and run analysis and design.

Analyze and design a solid two-way slab using CSI Safe, including defining grid lines, columns and beams, applying distributed loads, evaluating displacements and moments, and determining reinforcement layouts.

Analyze long-term deflection in foundation and slab design under live and dead loads, creep, and shrinkage; apply load combinations and adjust slab depth to meet deflection limits.

Explore releasing moments in beam design, including how to set moments to zero, assign releases, and review design results and signs in analysis displays.

Explore the design and analysis of a one-way solid slab, determine minimum thickness to control deflection, model with finite element analysis, and specify reinforcement and grid spacing.

Explore solid slab templates in safe foundation design, defining left and right edge distances, spans and spacing, step sequences, column dimensions, and material properties to analyze slab models.