Category : CONCRETE STRUCTURE
* STRUCTURAL DETAILS IN CONCRETE* CONTOH PERHITUNGAN STRUKTUR GEDUNG SMRF, By : Iswandi Imran
* PERHITUNGAN LEBAR RETAK PADA BETON PRATEKAN, by: Gideon Hadi Kusuma
* ULTIMATE LIMIT STATE DESIGN OF PRESTRESSED CONCRETE STRUCTURE
* ANALYSIS & DESIGN OF STRONG COLUMN & WEAK BEAM - SNI 03-2847-2002
* DEVELOPMENT LENGTH, HOOK & SPLICE OF REINFORCEMENTS
* SERVICEABILITY LIMIT STATE DESIGN OF PRESTRESSED CONCRETE STRUCTURE
* THE FLEXURAL AND SHEAR DESIGN OF DEEP BEAM
* THE FLEXURE AND SHEAR DESIGN OF CORBEL (BRACKET)
* CONCRETE BUILDING DESIGN EXAMPLE, Eurocode:2
* REINFORCED CONCRETE DEEP BEAMS
* PRECAST CONCRETE DESIGN MANUAL
* REINFORCED CONCRETE ANALYSIS & DESIGN, BS : 8110
* CONCRETE SLABS ON GRADE
* STANDARD METHOD OF CONCRETE DETAILING
* ANALYSIS AND TESTS OF RIGIDLY CONNECTED REINFORCED CONCRETE FRAMES
* CONCRETE STRUCTURES STRESSES AND DEFORMATIONS
* CONCRETE CONSTRUCTION ENGINEERING HANDBOOK, 2nd Edition
* ATC 40 SEISMIC EVALUATION AND RETROFIT OF CONCRETE BUILDINGS
* REINFORCED CONCRETE DESIGN TO EUROCODE 2
* MANUAL OF READY-MIXED CONCRETE
* HIGH-STRENGTH CONCRETE A PRACTICAL GUIDE
* HIGH PERFORMANCE CONCRETE STRUCTURAL DESIGNERS’ GUIDE
* STRUCTURAL CONCRETE DESIGN, Code: ACI 318 & ASTM
Category : COMPOSITE STRUCTURE
* AISC DESIGN GUIDE- LRFD OF W-SHAPES STEEL ENCASED IN CONCRETE* ANALYSIS AND DESIGN OF COMPOSITE STRUCTURE
* COMPOSITE STRUCTURES OF STEEL & CONCRETE, Eurocode:4
* COMPOSITE BEAM DESIGN, Eurocode 4
* COMPOSITE CONSTRUCTION, Eurocode 4 & AISC-LRFD
Category : STEEL STRUCTURE
* BEAM-COLUMN BASE PLATE DESIGN-Lrfd Method* THE AISC - STEEL DESIGN EXAMPLES
* ANALYSIS & DESIGN OF FLEXURAL MEMBER
* ANALYSIS & DESIGN OF TENSION MEMBER
* ANALYSIS & DESIGN OF COMPRESSION MENBER
* BS5950 PART 1 (2000) - STEEL DESIGN EXAMPLE
* DESIGN PORTAL FRAME
* GUIDE TO STEEL DESIGN
* PLASTIC ANALYSIS AND DESIGN OF STEEL STRUCTURES
* STRUCTURAL STEEL DESIGN, Code: AISC & ASTM
* AISC - DESIGN GUIDE
* ADVANCED ANALYSIS AND DESIGN OF STEEL FRAMES
* CREEP RESISTANT STEELS
* FEMA 350-RECOMMENDED SEISMIC DESIGN CRITERIA FOR NEW STEEL MOMENT
* FEMA 351-RECOMMENDED SEISMIC EVALUATION AND UPGRADE CRITERIA FOR EXISTING WELDED STEEL MOMENT
* FEMA 352-RECOMMENDED POSTEARTHQUAKE EVALUATION AND REPAIR CRITERIA FOR WELDED STEEL MOMENT
* STEEL DETAILER'S MANUAL, Code BS: 5950
* TORSIONAL ANALYSIS OF STRUCTURAL STEEL MEMBER
Category : FOUNDATION AND GEOTECHNICAL
* ANALYSIS OF BEARING CAPACITY-Driven Pile* ANALYSIS AND DESIGN OF PILE FOUNDATIONS-Lecture #1 to #8 by : Poulos
* GROUND ANCHOR AND ANCHORED SYSTEM
* NAVFAC - DM7
* ANALYSIS 0F BEARING CAPACITY – Shallow Foundation
* DESIGN OF PILED FOUNDATIONS TO RESIST UPLIFT & LATERAL LOAD
* PILE GROUPS UNDER COMPRESSIVE LOADING
* PILE DESIGN AND CONSTRUCTION-Tomlinson
* APPLICATION OF SOIL NAIL METHOD FOR SLOPE STABILITY PURPOSE
* EFFECT OF SOIL MOVEMENTS ON PILES
* ABOUT SLOPE STABILITY
* ANALYSIS OF PILES SUBJECTED TO EMBANKMENT INDUCED LATERAL SOIL MOVEMENT
* INTERPRETATION OF LAB & IN-SITU SOIL TESTS
* DESIGN & CONSTRUCTION OF DRILLED SHAFT (BORED PILE) FOUNDATION
* PILE FOUNDATION ANALYSIS AND DESIGN-H. G. Poulos & E. H. Davis
* THE FOUNDATION ENGINEERING HANDBOOK 2006
* TAILINGS DAMS
* GEOTECHNICAL EARTHQUAKE ENGINEERING HANDBOOK
* GEOTECHNICAL EARTHQUAKE ENGINEERING SIMPLIFIED ANALYSES WITH CASE STUDIES AND EXAMPLES
* FOUNDATION DESIGN AND CONSTRUCTION
* PDA-TEST & INTERPRETATION
* GEOTECHNICAL SUBJECTS
* GEOTECHNICAL CONSTRUCTION- Lecture
Category : CIVIL WORKS
* RIGID PAVEMENT MANUAL* FLEXIBLE PAVEMENT MANUAL
* DESIGN OF HEAVY DUTY PAVEMENTS
* THICKNESS DESIGN OF CONCRETE ROADS
Category : BRIDGES
* MODERN PRESTRESSED BRIDGES* BRIDGES DESIGN MANUAL
* THE DESIGN OF MODERN STEEL BRIDGES
* METHOD OF CONSTRUCTION OF SEGMENTAL CONCRETE BRIDGE
* TYPE OF BRIDGES (Indonesian Version)
* PLATE BUCKLING IN BRIDGES AND OTHER STRUCTURES
* COMPOSITE BRIDGE - Code BS: 5400
* AASTHO LRFD BRIDGE DESIGN
Category : STRUCTURAL ANALYSIS
* PERFORMANCE BASED DESIGN, By : Benjamin Lumantarna* DYNAMIC OF STRUCTURE
* STRUCTURAL ANALYSIS DUE TO TEMPERATURE LOADING
* P - DELTA ANALYSIS
* RESPONSE SPECTRUM DYNAMIC ANALYSIS OF PLANE FRAME STRUCTURE
* EARTHQUAKE ENGINEERING - Application To Design
* CIB-FIP MODEL CODE 1990
* PRINCIPLES OF STRUCTURAL DESIGN
* BASIC THEORY of PLATES and ELASTIC STABILITY
* STRUCTURAL ANALYSIS
* EARTHQUAKE ENGINEERING, UBC
* STRUT AND TIE MODEL EXAMPLES
* EXAMPLES IN STRUCTURAL ANALYSIS
* WIND LOADING OF STRUCTURES
* HIGH PERFORMANCE BUILDING GUIDELINES
* PRACTICAL YIELD LINE DESIGN
* ADVANCED EARTHQUAKE ENGINEERING ANALYSIS
* MECHANICS OF MATERIALS-LECTURE by Prof. Assakkaf
* DESIGN FOR DRIFT AND LATERAL STABILTIY
Category : STRUCTURAL CODES
- SNI 1726-2002, Earthquake Load
- SNI 03-2847-2002, Concrete Structures
- SNI 03- 1729-2002, Steel Structures
- PPIUG 1983, Imposed Load
BRITISH CODES :
- BS8110-1-1997, Concrete Design
- BS5950-1-2000, Steel Work Design
AMERICAN CODES :
- ACI 318-2005, Concrete Design
- AISC-LRFD-1990, Steel Work Design
- ASCE 7-05, Imposed Load
INTERNATIONAL CODES :
- IBC-2006
- UBC-1997
EURO CODES :
- EC-2,-2000 Design of Concrete Structures
- EC-3-2000, Design of Steelworks Building Structures
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