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This laboratory report summarizes a field density test using the sand cone method to determine the in-situ density of soil in a specific field area. The test involved calibrating a sand cone to determine the volume of sand needed to fill it.
- Field Density Test Calculation Report | PDF | Density | Soil - Scribd
Field Density Test Calculation Report (1) - Free download as...
- Lab Report - Field Density (Sand Replacement Method) | PDF - Scribd
The document describes the results of a field density test...
- Field Density Test Calculation Report | PDF | Density | Soil - Scribd
Field Density Test Calculation Report (1) - Free download as Excel Spreadsheet (.xls), PDF File (.pdf), Text File (.txt) or read online for free. This document summarizes soil density testing using the sand replacement method.
TEST 5: Measurement of Field Density by Sand Cone Method Introduction: The sand cone method employs the use of a uniformly graded sand to fill a test hole. The hole is hand excavated in the soil and all the material from the hole is saved in a container. The hole is filled with free-flowing sand of a known density, and the volume is determined.
The document describes the results of a field density test using the sand replacement method conducted by a group of students. The test was performed to determine the in-situ density of compacted soil by measuring the mass of sand needed to replace the soil volume in a cylinder.
Purpose : determination of the in-place density of compacted soil or soil-aggregate mixtures Methods: 1. Sand replacement 2. rubber balloon 3. core cutter 4. density gauge
laboratory report, soil texture had been determined using the jar test. The main objective of this lab report would be to determine soil texture using the Bouyoucos hydrometer method, which is more precise than the jar test. Soil density and porosity would also be determined in the process.
The in-situ density is defined as the bulk density of soil measured at its actual depth. By conducting this test, it is possible to determine the field density of the soil.