Learn why concrete creep causes deflections to triple over time and how this affects high-rise construction schedules, form stripping, and long-term serviceability.
Why managing errors is the mark of skilled RC design in Canada. Understand CSA A23.3 safety factors, phi values, and construction tolerances.
Transform nonlinear P-Y curves from geotechnical reports into usable spring stiffness values for your structural analysis using secant and piecewise methods.
Why Ie/Ig ratios for concrete walls range from 0.25 to 0.8 across codes, and how to pick the right stiffness reduction factor for seismic analysis.
Learn how to reduce multi-bay moment frames to simple stick models for rapid period estimation and drift checks during preliminary seismic design.
Learn what shear area actually means in structural software, how to calculate it for different cross-sections, and when it matters for your analysis results.
I’m Arun Kishore, a Professional Engineer based in Vancouver, BC. I specialize in structural engineering for LNG facilities, civic water infrastructure, and advanced buildings - with a passion for automating the tedious stuff so engineers can focus on what matters.
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