MEP Calculator

Computes concrete volume, weight, and formwork area for a cast-in-situ manhole - where the top slab is poured together with the walls in one operation, so it's included in the manhole's own total weight (not lifted separately).

Generates a full reinforcement schedule (bar mark, diameter, count, length, weight) for a cast-in-situ manhole across 9 standard positions (P1-P9): bottom slab bars, wall verticals and horizontals, top slab bars, and opening trimmer bars.

Preliminary structural design of buried rectangular chambers — manholes, valve chambers and grit / settling chambers. From soil, groundwater and vehicle-load inputs it sizes wall and slab thicknesses, selects bar diameter and spacing for every position (EN 1992-1-1), proposes top slab beams for large spans, checks flotation and soil bearing, and produces the full rebar schedule.

External fire hydrant network point by point: design values from KMK 2.04.02 / SP 8.13130, NFPA, DVGW W 405 or the Turkish regulation, loop or single line, friction per standard, local losses fitting by fitting, automatic worst case, residual pressure at every hydrant, required supply / pump pressure and take-off.

Landscape irrigation in two steps: water demand of every zone (solenoid valve) from project rates, ShNQ 2.04.01-22 or ETo, run times and a valve program inside the irrigation window; then the main line point by point with the shared network engine - pump flow and head, pressure at every valve, storage tank and take-off.

Computes the concrete volume (m³) and weight (TON) required to cast a rectangular manhole - top slab, wall, bottom slab, and blinding - from the manhole's outer and opening dimensions. Quick quantity takeoff for costing and material ordering.

Computes concrete volume, weight, and formwork area for a precast manhole - where the top slab is cast separately and lifted into place. Manhole body weight and slab weight are reported separately since both are critical, independent lifting weights for crane selection.

Generates a full reinforcement schedule (bar mark, diameter, count, length, weight) for a precast manhole across 11 standard positions (P1-P11): bottom slab bars, wall verticals and horizontals, and precast top slab bars including opening trimmer bars.

Enter each manhole's cover level, invert level and pipe sizes: the calculator picks the manhole type from the outgoing pipe and counts base elements, 0.90 / 0.60 / 0.30 m rings, top slabs, cast-iron covers, steps and necks, plus excavation, compaction, blinding, sand bedding and backfill - one procurement list for the whole network.

Water supply network of a site or district, point by point to every building: daily and peak demand from the norms, required pressure per building, mains / tank + booster / zoned supply, residual pressure, static pressure check, combined domestic + fire scenario and take-off with tees, valves and water meters.

Gravity storm water and foul sewer networks pipe by pipe, manhole to manhole: flows add up along the network (branches and junctions included), Manning capacity, exact partial-flow fill and velocity, invert levels, manhole depths, limit checks and recommended sizes - one report for both networks.

Computes the resultant thrust force at one or more buried pressure pipes that all undergo the same directional change (45° elbow, 90° elbow, tee, or dead-end/cap) at the same thrust block, and the concrete bearing area needed to resist the combined force. Add as many pipes as needed.