Moisture Loss Calculator for Concrete

Moisture Loss Formula:

\[ M = A \times k \times t \]

Moisture Loss (kg):

Definition: This calculator estimates the amount of moisture lost from concrete surfaces based on area, evaporation rate, and time.

Purpose: It helps construction professionals predict water loss during curing, which is critical for proper concrete strength development.

The calculator uses the formula:

\[ M = A \times k \times t \]

Where:

Explanation: The moisture loss is calculated by multiplying the surface area by the evaporation rate and the duration of exposure.

Details: Proper moisture control prevents cracking, ensures proper hydration, and maintains the concrete's structural integrity.

Tips: Enter the concrete surface area in m², evaporation rate (default 0.5 kg/m²·h), and time in hours. All values must be > 0.

Q1: What affects the evaporation rate?
A: Temperature, humidity, wind speed, and concrete mix design all influence the evaporation rate.

Q2: What's a typical evaporation rate?
A: Rates typically range from 0.1-1.0 kg/m²·h, with 0.5 kg/m²·h being common for moderate conditions.

Q3: How does moisture loss affect concrete?
A: Excessive moisture loss can lead to plastic shrinkage cracks and reduced strength development.

Q4: When is moisture loss most critical?
A: The first 24 hours are most critical, especially in hot or windy conditions.

Q5: How can I reduce moisture loss?
A: Use curing compounds, wet coverings, or evaporation reducers to minimize moisture loss.