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Role of SI in Geotechnical Engineering Design References

SOIL • ENGINEERING PROPERTIES
Soil PROPERTIES • CHEMICAL PROPERTIES
Investigation • BASIC & INDEX PROPERTIES
(SI)
INTERPRETATION JUDGEMENT • MS 2038:2006-Site Investigation Code of Practice

TYPICAL & GENERALISED SUBSOIL
• • GROUND CHARACTERISATION • MS 1056:2005-Soils For Civil Engineering Purpose
PROFILE & PROPERTIES OF TYPICAL
MASS GEOLOGICAL FORMATIONS; MAN- Test Method
PROPERTIES MADE FILL ETC.
• ENGINEERING GEOLOGY • JKR Specification for Road Works Section 17: Site
MODELLING PREDICTION Investigation (JKR/SPJ/2013-S17 JKR 21300-0058-14)

SOIL & ROCK MECHANICS
• SEEPAGE THEORY
GROUND • STRESS DISTRIBUTION
CODES OF PRACTICE • LATERAL PRESSURE
• SITE INVESTIGATION CODE OF PRACTICE, BEHAVIOUR • BEARING CAPACITY
MS 2038:2006 • COMPRESSIBILITY
• SOILS FOR CIVIL ENGINEERING PURPOSE • COMPACTION
TEST METHOD, MS 1056:2005
• FOUNDATIONS, BS 8004
• ANCHORS, BS 8081
• EARTHWORKS, BS 6031 DEFORMATION DISPLACEMENT
• REINFORCED FILLS, BS 8006 STABILITY
• GROUND IMPROVEMENT INSTRUMENTATION FOR
• STANDARD SPECIFICATION FOR ROAD • PORE WATER PRESSURE
WORKS – SECTION 17: SITE ENGINEERING • EARTH PRESSURE
INVESTIGATION • DISPLACEMENT (SURFACE &
PERFORMANCE SUBSURFACE)
• INTERNAL STRESSES
• VIBRATION
Figure 29: Roles of SI in Geotechnical Engineering Design

28 PUBLIC WORKS DEPARTMENT MALAYSIA GEOTECHNICAL ENGINEERING HANDBOOK 29