Downloadable
Documents:-
0001. [Hong Kong] Code of Practice for
Dead and Imposed Loads 2011 Amendments
(26 August 2016) Corrigendum (7 March 2014)
0002. Code of Practice for Wind Effects
in Hong Kong 2004
Explanatory Materials to the Code of
Practice on Wind Effects in Hong Kong 2004
0003.
[Hong Kong] Code of Practice for Demolition of Buildings 2004 Amendment
(September 2016)
0005. Guide to Structural Design – General Information
0006.
Code of Practice on Wind Effects in Hong Kong 2019
0007. Aim of
Structural Design - IStructE
0008. Basic Structural
Concepts (for non-engineers)
0009. text
– Structural Engineering Formulas
0010. text –
Structural Engineer’s Pocket Book
0011.
text – Introduction to Structural Dynamics and Aeroelasticity
0012. text –
Wind Resistant Design of Bridges in Japan
0013. text – Dynamics of Structures
0015. text – Modern Structural Analysis –
Modelling Process and Guidance - MacLeod
0016. text – Structural
Analysis – a Unified Classical and Matrix Approach – Neville and Brown
0017 Strutures – Highways
and Railways Design Manual, 2013 edition. HKSAR Highways Department
0018
Structural Analysis - Kassimali
0019
Basic Structural Analysis, 3rd ed. - Reddy
Youtube Videos:-
0001.
Beams: Bending Moment and Shear Diagrams
0002.
Calculate if a Column Can Support a Load
Useful
Weblinks:-
SAP2000 –
Watch & Learn videos
0002. Oasys - a subsidary
of ARUP, developing structural and geotechnical software
0003.
SPACE GASS - structural engineering software -> you can get a 30-day free
trial
0005.
MathLab - software package that helps to do maths -> you can get a 30-day
free trial
0006. Mathematica -
another maths software package -> you can get a 15-day free trial
Reference Documents:-
0001.
Rocks: Physical Properties
0002.
Geotechnical Engineering Measurement Units and Numeric Prefixes
0003. US
Customary and SI Units Conversion Table
0004.
Beam Moment, Shear, Deflection Diagrams:
1) simply
supported beam (with UDL load)
2) simply
supported beam (with symmetic triangular load)
3) simply
supported beam (with mid-span point load)
4) cantilever
beam (with UDL load)
5) cantilever
beam (with point load at free end)
6) vertical
cantilever (with triangular load)
0004.
Geometical Properties of Common Plane Sections, e.g. Moments of Inertia,
Section Moduli
0005. Arbitrary Section: Calculations of
Second Moment of Inertia and Section Moduli
0012.
Column Critical Buckling Load: Effective Length Concept
0013. Useful Notes from Taranath
0014. Polar Moments of
Inertia of Common Sections
Reference
Books:-
Published by Springer
ISBN 978-1-4614-3261-6
0002. Wind and Earthquake Resistant Buildings - Structural Analysis and Design
Author: Bungale S. Taranath PhD, SE.
Published by CRC Press
ISBN 0-8247-5934-6
0003. Probability and
Statistics for Engineers 3rd edition
Author: Scheaffer and McClave.
Published by Thomson Information / Publishing Group
ISBN 0-534-92184-1
0004. Civil Engineering
Practical Notes A-Z
Author: Vincent T.H. Chu
Published by HK Centre for Research & Professional
Development
ISBN 978-988-99028-1-0 Lib Call no.: STE R 624
CHU