This document summarizes a student's project to create a mock-up I-beam. It outlines the objective to find materials and create the mock-up beam. It describes cutting steel into web and flange parts, polishing the parts, and using epoxy glue to connect them. Calculations were done to analyze the beam's properties like normal force, shear force, moment, and deflection. The student concluded it provided knowledge of cross-section properties and classifications, though errors may have occurred since epoxy glue was used instead of welding.

1. Professor : Mr. LY Hav
MOCK UP I-BEAM
Construction Métallique I
Student: KUY
Limeng
ID : e20190482
INSTITUTE OF TECHNOLOGY OFCAMBODIA
DEPARTEMENT OF CIVIL ENGINEERING
2022-2023

2. Content Procedure
Calculation
Conclusion
Equipment
Objective

3. 1. OBJECTIVE
• How to find materials and create the mock up I-Beam.
• The I-beam is the kind of beam that is used the most often in structural
steel construction. There are many types of steel beams of different sizes
to use in the construction of steel structures.
• Calculate the parameter related to I-Beam Cross-Section

4. 2. EQUIPMENT
Steel
Plate
Angle Grinding
Machine
Polishing
paper
Digital
Caliper
Epoxy Steel
Glue
Marke
r

5. 3. PROCEDURE
3.1. BOQ
3.2. Safety
Safety in doing the process of IPE beam :
• We have to wear gloves to avoid over heat of the steel strip and accident
• We have to wear glasses to protect our eyes
• Wear thick clothes and be aware of the blade

6. 3.3. Processing
In this process, we bought steel and cut it in three parts such as a web
and two flanges. Because of the small sample steel, mock up I-Beam
so we used the Epoxy Steel Glue to connect the steel.
I spend the half day to do this project. Firstly, we cut the steel (Web
and Flanges), then I do the polish those steel to make it smooth. After
that, I brought those steel to calibrate the position of flange with web
before I connected with epoxy steel glue.

7. 4.1. FIND P LOAD
h=21.6 mm
b=8.7 mm
L=140 mm
tw=1.0 mm
tf=1.0 mm
r=0 mm
fy=235 MPa (S235)
4. CALCULATION

8. 4.2.2. DIAGRAM OF V :
Shear Force
4.2.1. DIAGRAM OF N :
Normal Force

9. 4.2.3. DIAGRAM OF M :
Moment
4.2.4. DIAGRAM OF
Deflection

10. 1
4.3. Classification of Cross-Section

11. 4.4. Moment Inertia

12. 5. Conclusion of
This mock up beam project gave me
more knowledge related to my studies. In
fact, the cross section of the steel is not
cataloged, so I decided to calculate based
on the actual data. In the calculations I
designed based on welding but in the
process, I used epoxy glue so there may
be some errors in the test.
Eurocode 3
TOME II 1.(Prof. LY Hav)
RDM (Prof. VONG Seng)
ADS (Prof. VONG Seng)
Reference
Project

13. Thank you
For Your Attention