**Downloadable
Documents:-**

**002. [Hong Kong] Code
of Practice for Dead and Imposed Loads 2011**** Amendments
(26 August 2016) ****Corrigendum (7 March
2014)**

**003. Code of Practice
for Wind Effects in Hong Kong 2004**

**
** **Explanatory Materials
to the Code of Practice on Wind Effects in Hong Kong 2004**

**004.
[Hong Kong] Code of Practice for Demolition of Buildings 2004 Amendment
(September 2016)**

**005. An Article on "Structural Analysis"**

**006. Guide to Structural
Design – General Information**

**007.
Structures Design Manual for Highways and Railways**

**008.
Code of Practice on Wind Effects in Hong Kong 2019**

**009.
Aim of Structural Design - IStructE**

**011.
Basic Structural Concepts (for non-engineers)**

**012. text –
Structural Engineering Formulas**

**013.
text – Structural Engineer’s Pocket Book**

**014. text
– Introduction to Structural Dynamics and Aeroelasticity**

**015. text –
Wind Resistant Design of Bridges in Japan**

**016. text –
Dynamics of Structures**

**017. text –
Structural Dynamics: Theories and Applications**

**018.
text – Fundamentals of Structural Engineering**

**Youtube**** Videos:-**

**001. Beams: Bending Moment and Shear
Diagrams**

**002. Calculate if a Column Can Support a
Load**

**Useful
Weblinks:-**

SAFE 2016– Watch & Learn videos

SAP2000v22 – Watch & Learn videos

ETABSv18 – Watch & Learn videos

**004. SPACE GASS - structural engineering
software -> you can get a 30-day free trial**

**005. RISA-2D, RISA-3D: structural
analysis software -> you can get demos**

**006. MathLab - software package that helps to do maths -> you
can get a 30-day free trial**

**007. 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) **

**0005. Geometical Properties of Common Plane Sections, e.g. Moments of Inertia, Section Moduli**

**0006. Arbitrary Section: Calculations of Second Moment of
Inertia and Section Moduli **

**0010. Typical Values of
Some Materials' Coefficients of Static Friction and Moduli of Elasticity**

**0011. Typical Values of
Poisson's Ratios, and Relationship between Shear and Elastic Moduli**

**0012.
Torsional Shear Stress, and Combined Axial and Bending Stresses**

**0013. Column Critical Buckling Load:
Effective Length Concept**

**0014. Useful Notes
from Taranath**

**0015.
Polar Moments of Inertia of Common Sections**

**Reference
Books:-**

**001. Fundamentals of Structural Engineering **

Published by Springer

ISBN 978-1-4614-3261-6

**002. Wind and Earthquake Resistant Buildings -
Structural Analysis and Design**

Author: Bungale S. Taranath PhD, SE.

Published by
CRC Press

ISBN 0-8247-5934-6

**004. Probability and Statistics for Engineers 3rd
edition **

Author: Scheaffer and McClave.

Published by
Thomson Information / Publishing Group

ISBN 0-534-92184-1

**006. 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