Concrete Pole Calculator vs PipeSizer

This professional engineering tool performs reinforcement calculations for concrete poles at one-meter intervals based on your specific input criteria. Designed for high accuracy, the application determines the precise reinforcement required to ensure both yield and rupture safety standards are met. Key Features: • Automated Reinforcement Calculation: Instantly determine the number of bars needed to satisfy safety factors for yield and ultimate strength. • Smart Geometry Handling: For tapered or inclined poles, the application intelligently transitions to a constant diameter once the specified maximum diameter is reached. • Precise Cover Settings: Calculations are based on the clear cover values defined by the user for realistic structural modeling. • Spacing Compliance: To ensure structural integrity and proper concrete pouring, the app enforces a minimum net spacing of 3 cm between reinforcement bars. • Comprehensive Material Take-off: Automatically calculates the reinforcement count, required lengths, and all other essential quantities for your project.

PipeSizer is a fast, practical pipe-diameter screening tool for engineers and field technicians. Enter one or more flow rates, choose the fluid, pipe material, schedule or dimension ratio, and optional liner, then compare ranked candidate sizes against a traceable velocity range. KEY FEATURES • Ranked candidate pipe sizes with velocity and effective internal diameter • Multiple flow cases with a clearly identified governing condition • Carbon steel, stainless steel, and HDPE sizing options • Optional liner allowance • Traceable velocity ranges with source information • Saved results for later review • Shareable result summaries • Direct handoff to Pump Mate for detailed hydraulic analysis • SI and imperial units • English, Spanish, French, and Portuguese • Works offline with no account required PipeSizer is free, contains no advertising, and has no in-app purchases. ENGINEERING NOTICE PipeSizer is intended for preliminary engineering screening. Final pipe selections must be verified against project specifications, applicable codes and standards, manufacturer data, operating conditions, and qualified engineering judgment.