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0:22:59

SHALLOW FOUNDATION: Two Way Eccentricity Loading

0:25:53

Analysis & Design Gravity Retaining Wall

0:32:04

Analysis and Design of Pile Foundation: Group Pile

0:28:59

PILE FOUNDATION: Friction Resistance, Qs

0:13:47

PILE FOUNDATION: End Bearing Pile Capacity, Qp - Work Example

0:17:54

SHALLOW FOUNDATION : Consolidation Settlement

0:10:49

Example: Bearing Capacity of Shallow Foundation_(Meyerhof's Equation)

0:09:54

Example: Shallow Foundation Bearing Capacity (Terzaghi's equation)

0:01:03

Micro-Credential Course Introduction: Soil Mechanics - Classification of Fine Soil

0:05:08

CONSOLIDATION DATA ANALYSI: PART 2 - To determine the mv and Sc

0:06:02

Fine Soil Classification Part 3: Determination Plasticity Index and the use of Plasticity Chart

0:07:36

Fine Soil Classification Part 1: Analysis Data to Determine the Liquid Limit

0:02:39

Fine Soil Classification Part 2: Analysis Data to Determine Plastic Limit

0:01:36

AKTIVITI STEM : LEDAKAN WARNA SUSU PELANGI

0:00:11

Permeability AND Seepage..Don't get confused ..

0:12:38

FOS Overturning: Gravity Retaining Wall

0:09:09

FOS Sliding & Bearing Capacity: Gravity Retaining Wall

0:10:18

Consolidation: Log Time method - To determine t50

0:09:14

Consolidation: Square Root Time - To determine t90

0:03:18

Consolidation: Determine the Compression Ratio from the Square Root Time method

0:04:35

CONSOLIDATION DATA ANALYSIS PART 4_Plot for Square Root Time Method

0:09:31

CONSOLIDATION DATA ANALYSIS PART 3_ Plot e vs log effective stress, determine Cc & Sc

0:10:17

CONSOLIDATION DATA ANALYSIS PART 1_Plot e vs effective stress

0:05:08

CONSOLIDATION DATA ANALYSIS PART 2_Determine mv & Sc