1. A penetration conus test was conducted on July 12, 2019 at Panjang, PT.SJIM by Agus and checked by Brian for Project Zondir.
2. The test measured penetration, total penetration, friction, and friction ratio at depth intervals from 0 to 5 meters.
3. Results showed total penetration increasing with depth from 2 kg/cm2 at 0 meters to 205 kg/cm2 at 5 meters, while friction ratio generally decreased with depth from 50% at 20 cm to 0.25% at 5 meters.
1. A penetration conus test was conducted on July 12, 2019 at Panjang, PT.SJIM by Agus and checked by Brian for Project Zondir.
2. The test measured penetration, total penetration, friction, and friction ratio at depth intervals from 0 to 5 meters.
3. Results showed total penetration increasing with depth from 2 kg/cm2 at 0 meters to 205 kg/cm2 at 5 meters, while friction ratio generally decreased with depth from 50% at 20 cm to 0.25% at 5 meters.
1. A penetration conus test was conducted on July 12, 2019 at Panjang, PT.SJIM by Agus and checked by Brian for Project Zondir.
2. The test measured penetration, total penetration, friction, and friction ratio at depth intervals from 0 to 5 meters.
3. Results showed total penetration increasing with depth from 2 kg/cm2 at 0 meters to 205 kg/cm2 at 5 meters, while friction ratio generally decreased with depth from 50% at 20 cm to 0.25% at 5 meters.
1. A penetration conus test was conducted on July 12, 2019 at Panjang, PT.SJIM by Agus and checked by Brian for Project Zondir.
2. The test measured penetration, total penetration, friction, and friction ratio at depth intervals from 0 to 5 meters.
3. Results showed total penetration increasing with depth from 2 kg/cm2 at 0 meters to 205 kg/cm2 at 5 meters, while friction ratio generally decreased with depth from 50% at 20 cm to 0.25% at 5 meters.