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Proud to be a Civil Engineer
Singapore
Registrace 7. 06. 2015
Welcome to "Proud to be a Civil Engineer"!
Are you fascinated by the world of civil engineering? Our channel is dedicated to showcasing the incredible work that goes into building our world.
What We Offer:
Construction Works: Witness the process of constructing bridges, skyscrapers, roads, and more.
Lab Tests: Explore critical lab tests ensuring the safety and durability of construction materials.
Educational Content: Gain insights into fundamental civil engineering concepts and real-world applications.
Project Insights: Get behind-the-scenes looks at major engineering projects, understand challenges, and see innovative solutions.
Career Advice: Tips and guidance for aspiring engineers on navigating the industry and advancing your career.
Join our community of engineers, students, and enthusiasts as we dive deep into civil engineering.
Subscribe for more civil engineering-related video content!
Are you fascinated by the world of civil engineering? Our channel is dedicated to showcasing the incredible work that goes into building our world.
What We Offer:
Construction Works: Witness the process of constructing bridges, skyscrapers, roads, and more.
Lab Tests: Explore critical lab tests ensuring the safety and durability of construction materials.
Educational Content: Gain insights into fundamental civil engineering concepts and real-world applications.
Project Insights: Get behind-the-scenes looks at major engineering projects, understand challenges, and see innovative solutions.
Career Advice: Tips and guidance for aspiring engineers on navigating the industry and advancing your career.
Join our community of engineers, students, and enthusiasts as we dive deep into civil engineering.
Subscribe for more civil engineering-related video content!
CANADA DAY 2024 | CIVIL ENGINEERING | MAPLE LEAF
Building Dreams: A Civil Engineer’s Ode to Canada
From coast to coast, we stand with pride,
In this great land where dreams reside.
With iron, steel, and concrete strong,
We build a future, a lasting song.
O Canada, your vast expanse,
Inspires us to take a chance.
From towering peaks to rivers wide,
We shape your landscapes, side by side.
In cities tall and towns so small,
We answer every building call.
Bridges, roads, and homes we frame,
In your honor, we lay our claim.
With every plan and every beam,
We construct more than we dare dream.
Our passion for this noble land,
Is shown in every structure grand.
On Canada Day, we celebrate,
The work we do to innovate.
We raise our flags, red and white,
And honor you with all our might.
From bustling streets to quiet trails,
Our work ensures that life prevails.
For every family, every friend,
On solid ground, their hopes depend.
O Canada, in sun and snow,
Through all your seasons, we bestow
Our skills, our craft, our heart, our hands,
To build and cherish your vast lands.
We look ahead with visions clear,
A brighter future drawing near.
For as long as we can dream and strive,
Our Canada will always thrive.
So here’s to you, our home so dear,
On this great day, we engineer.
With pride, we lift our voices high,
O Canada, reach for the sky!
From coast to coast, we stand with pride,
In this great land where dreams reside.
With iron, steel, and concrete strong,
We build a future, a lasting song.
O Canada, your vast expanse,
Inspires us to take a chance.
From towering peaks to rivers wide,
We shape your landscapes, side by side.
In cities tall and towns so small,
We answer every building call.
Bridges, roads, and homes we frame,
In your honor, we lay our claim.
With every plan and every beam,
We construct more than we dare dream.
Our passion for this noble land,
Is shown in every structure grand.
On Canada Day, we celebrate,
The work we do to innovate.
We raise our flags, red and white,
And honor you with all our might.
From bustling streets to quiet trails,
Our work ensures that life prevails.
For every family, every friend,
On solid ground, their hopes depend.
O Canada, in sun and snow,
Through all your seasons, we bestow
Our skills, our craft, our heart, our hands,
To build and cherish your vast lands.
We look ahead with visions clear,
A brighter future drawing near.
For as long as we can dream and strive,
Our Canada will always thrive.
So here’s to you, our home so dear,
On this great day, we engineer.
With pride, we lift our voices high,
O Canada, reach for the sky!
zhlédnutí: 32
Video
Design of Steel Building Frame with S-FRAME
zhlédnutí 50Před měsícem
Design of Steel Building Frame with S-FRAME Introduction Designing steel building frames is a critical aspect of structural engineering, ensuring buildings can withstand various loads and stresses. S-FRAME is a powerful software tool that assists engineers in analyzing and designing structural systems. This article will explore the process of designing a steel building frame using S-FRAME, high...
Caisson for Pipe Jacking
zhlédnutí 79Před měsícem
Caissons are essential structures used in pipe jacking operations to facilitate the installation of pipes beneath obstacles such as roads, railways, or water bodies without the need for open trench excavation. These watertight retaining structures are typically made of reinforced concrete and are designed to withstand high lateral earth pressures and groundwater forces. In pipe jacking, the cai...
Design of 2D Truss with S-FRAME and S-STEEL| S-Frame | S-STEEL | Steel Structures
zhlédnutí 43Před 2 měsíci
The design of a 2D truss structure utilizing S-Frame and S-Steel materials involves a combination of robust engineering principles and advanced software capabilities. Here’s a detailed description: Structural Components S-Frame: The S-Frame forms the skeletal framework of the truss, providing primary support and stability. It consists of interconnected straight members arranged in triangular un...
Prof Ruwan Weerasekara | University of Moratuwa
zhlédnutí 25Před 2 měsíci
Professor Weerasekera obtained BSc Eng (Hons) in Civil Engineering from the University of Moratuwa in 1982 and joined the Department of Civil Engineering as a Probationary Assistant Lecturer in July 1983. He proceeded for postgraduate studies in 1985 upon receiving a Scholarship from the University of Calgary, Alberta, Canada. Professor Weerasekera obtained his doctoral degree from University o...
Concreting of larger column with innovative way | Civil Engineering | Structural Engineering
zhlédnutí 39Před 2 měsíci
Concreting of larger columns using innovative methods is transforming the field of civil and structural engineering. By incorporating advanced techniques such as high-performance concrete pumps and external vibrators, the process ensures precise, efficient, and uniform concrete placement. These innovations minimize labor costs, reduce construction time, and enhance the overall quality and durab...
Using Solder | Soldering Basics | Soldering for Beginners
zhlédnutí 18Před 2 měsíci
Soldering is a process used for joining metal parts to form a mechanical or electrical bond. It typically uses a low melting point metal alloy (solder) which is melted and applied to the metal parts to be joined and this bonds to the metal parts and forms a connection when the solder solidifies. It is different to welding in that the parts being joined are not melted and are usually not the sam...
Concrete Gravity Structure | Argentia
zhlédnutí 310Před 4 měsíci
West White Rose Project: A Revival of Newfoundland and Labrador's Offshore Oil Industry Introduction The West White Rose Project represents a significant investment in the future of Newfoundland and Labrador's offshore oil industry. Spearheaded by Cenovus Energy, this project aims to extend the life of the White Rose oil field, promising economic benefits and job creation in a region with a lon...
Argentia Wellhead Platform for White Rose Extension
zhlédnutí 81Před 4 měsíci
The Argentia Wellhead Platform is part of the White Rose Extension Project, led by Cenovus Energy. This project, located off the coast of Newfoundland and Labrador, Canada, aims to extend the productive life of the White Rose oil field. The construction includes a wellhead platform, which will contribute to extending the field's operational life from 2032 to 2038. The project had been paused du...
Baltimore Bridge Collapse | 26 March 2024 | Ship Collision
zhlédnutí 50Před 4 měsíci
The Francis Scott Key Bridge, often simply referred to as the Key Bridge, is a significant structure in Baltimore, Maryland. Here are some key points about it: Location and Function: The bridge spans the Patapsco River in Baltimore, connecting the city with its southeastern suburbs. It is a crucial part of Interstate 695, which is the Baltimore Beltway, providing a major route for vehicular tra...
Flexural Strength of Concrete
zhlédnutí 245Před 8 měsíci
This video visually shows the procedure for the Test "Flexural Strength of Concrete"
Compressive Strength Test of Concrete Cubes
zhlédnutí 167Před 9 měsíci
This video visually explains the process of the Compressive Strength Test of Concrete Cubes.
Design of a Funicular Arch Rib Truss using S-FRAME 2022
zhlédnutí 38Před 9 měsíci
Design of a Funicular Arch Rib Truss using S-FRAME 2022
Design of Circular Arch using S FRAME 2022
zhlédnutí 47Před 9 měsíci
Design of Circular Arch using S FRAME 2022
Relative Density of Cohesionless Soils | Minimum and Maximum Dry Density of Cohesionless Soils
zhlédnutí 853Před 10 měsíci
This video clearly explains the procedure for the Relative Density of Cohesionless Soils | Minimum and Maximum Dry Density of Cohesionless Soils. Relative density is defined as the ratio of difference of void ratios of cohesionless soil in its loosest state and the natural state (emax - e) to the difference between void ratio in its loosest and densest state (emax - emin). Relative density dete...
Particle Size Distribution | Sieve Analysis | Soil Classification
zhlédnutí 537Před 10 měsíci
Particle Size Distribution | Sieve Analysis | Soil Classification
Father of Geotechnical Engineering | Karl Terzagi
zhlédnutí 485Před rokem
Father of Geotechnical Engineering | Karl Terzagi
Inverted Slump Cone Test for Fiber Reinforced Concrete
zhlédnutí 335Před rokem
Inverted Slump Cone Test for Fiber Reinforced Concrete
Tunnel Boring Machine (TBM) Launching | 7.56m Diameter | 50m Depth
zhlédnutí 212Před rokem
Tunnel Boring Machine (TBM) Launching | 7.56m Diameter | 50m Depth
Bored Piling Construction Site | Bird-Eye View
zhlédnutí 105Před rokem
Bored Piling Construction Site | Bird-Eye View
A saturated soil below water table has unit weight of 20.5 kN/m3. Find the void ratio of the soil?
zhlédnutí 183Před rokem
A saturated soil below water table has unit weight of 20.5 kN/m3. Find the void ratio of the soil?
A saturated soil below water table has a moisture content of 26.5%. Find the void ratio of the soil?
zhlédnutí 109Před rokem
A saturated soil below water table has a moisture content of 26.5%. Find the void ratio of the soil?
Abaqus Tutorial 003 - The Modules in the Abaqus | Beginners, Intermediates
zhlédnutí 83Před rokem
Abaqus Tutorial 003 - The Modules in the Abaqus | Beginners, Intermediates
Abaqus Tutorial 002 - Creating Model Database | Beginners, Intermediates
zhlédnutí 73Před rokem
Abaqus Tutorial 002 - Creating Model Database | Beginners, Intermediates
Abaqus Tutorial 001 - Set Work Directory and Save Model | Beginners, Intermediates
zhlédnutí 261Před rokem
Abaqus Tutorial 001 - Set Work Directory and Save Model | Beginners, Intermediates
What would be the total stress, effective stress, and pore water pressure at the 5 m depth?
zhlédnutí 265Před rokem
What would be the total stress, effective stress, and pore water pressure at the 5 m depth?
The soil at a borrow area is at | What would be the volume of the soil removed from the borrow pit?
zhlédnutí 701Před rokem
The soil at a borrow area is at | What would be the volume of the soil removed from the borrow pit?
The top 500 mm of a site consists of clayey sand | Determine the moist unit weight of the soil
zhlédnutí 435Před rokem
The top 500 mm of a site consists of clayey sand | Determine the moist unit weight of the soil
Calibration of Magnetic Yoke for MPI Test
zhlédnutí 1,9KPřed rokem
Calibration of Magnetic Yoke for MPI Test
It looks nice!
Nice content theft !!!
Where can I rent the machine in India New Delhi
ive seen japan worst EQ videos, this doesnt look like 9 point richter scale EQ
Manual bucket 😂
Your the best Thank you So educative video
If the cleaning bucket cant completely clean the bottom of the bore hole,the other method will be air lifting only?
Hi,any answer?
What preventive method should we done if raining during boring of hole and during conreting of bored hole,and is there any effect if the bentonite mix with rain?
Can i ask when to do the test for bentonite slurry,is it before concreting?or after boring hole work done ?or before boring of the hole?
Thank you for watching our videos. In bored piling works, checking the bentonite slurry is a critical process to ensure the stability of the borehole and the quality of the final pile. Here are the key times when bentonite slurry should be checked: 1) Before pumping into the boredhole: Density: Ensure the density of the bentonite slurry meets the required specifications. Typically, the density should be around 1.03 to 1.10 g/cm³. Viscosity: Check the viscosity using a Marsh funnel. The viscosity should usually be between 28 to 40 seconds for a 1000 ml flow. pH Level: The pH should be between 8.5 and 10.5 to ensure the bentonite is active and will perform effectively. 2) During boring operation: Density and Viscosity: Regularly monitor the density and viscosity of the slurry during the drilling process to ensure consistency and to avoid sedimentation. Sand Content: Check the sand content regularly (typically it should be less than 4%) to prevent excessive wear on the drilling equipment and ensure the slurry can support the borehole walls. 3) Before Concrete Placement: Cleanliness: Ensure the bentonite slurry is clean and free from excessive sand and debris. This may involve desanding operations. Filtrate Loss: Check the filtrate loss of the slurry. This is important to ensure that the slurry does not dehydrate the soil excessively, which could destabilize the borehole walls. Density and Viscosity: Recheck the density and viscosity to ensure they are within the acceptable range for concreting. 4) After Concreting: Displacement Check: Ensure that the bentonite slurry is properly displaced by concrete during the pouring process. Monitor the return slurry for contamination and ensure it is properly disposed of or recycled. Consistent and careful monitoring of the bentonite slurry at these stages helps in maintaining the integrity of the borehole and ensures the successful installation of the pile. Feel free to ask questions! Thanks again. Kindly suggest our content to your friends and colleagues.
What if the sand content or other viscosity too high?what can we done?air lifting will settle this issue?
PDA means alot of things huh
of course,
Can u please share this pdf with me?
Thanks for video ❤
You're welcome 😊
Should still be checking the offsets on the auger flights till at least the top of auger.start of true and sets it up for rest of the pile.
Super 😊
Thank you! Cheers!
Wrong side buddy. Flip it.
Thanks
What's the initial gauge reading?
Most detailed video about piling. Thanks 👍
Glad you liked it
is this same with displacement pile precast concerete ?
No pain no gain
Of course
I don't believe the piles don't crack when driving them into the ground. I wouldn't use them.
14,000 PSI Concrete piles work just fine.
They must be under paid.😅 He must have been asleep in class for this subject. I 🤔
We ended up using some lime in a few holes I dug with a small 2” auger….. That and some drying fixed my problem.
I dont understand the last part where they partially lift the casing for top up concrete. I thought its build up for pda but it collapse after they pulled out the whole casing. Great video though, thanks. But, somebody explain the last part pls. Thanks.
Thanks for watching the video. I'm happy to see that you asked a great question. Sometimes, the cut-off level is much deeper compared to near-surface. The sound concrete must be above the cut-off level for the bored piles. The pile cross-section is perfectly circular in drawings, but it's not in reality. This depends on the soil profiles as well as the verticality of the boring rig. Therefore, there are variations in the concrete quantities theoretically and actually. So, in order to ensure that the sound concrete is above the cut-off level, we usually top up the concrete at the end. That's why we lift the steel casing (ensuring that the required length is embedded below the ground) and pour the concrete into the casing. At the end, we remove the steel casing, as it is temporary. I hope this explanation answers your question.
Okay I get it now. Thank you for sharing 👍🏿
Thank you so much ive searched so long for this
You're welcome!!
How much does it cost?
Google it. There are many suppliers.
This really brings back memories of working for CH2M-Hill during the Terminal 6 project in Portland, Oregon on the Columbia River. I figure I inspected the equivalent of 20 linear miles of sheet piling being driven. Good times and bad.
Thanks for sharing!
We are happy that a working professional watched our videos, and bring back the memories.
What is the liquid used here ?
It's just the water. To help during coring.
Informative 👍
Glad it was helpful!
❤
Why the music tho? I can barely hear the voice over the music. But thanks for the explanation
Thank you for your comments. We will try to reduce the background music.
This is wrong lapping position... 100% lapping not allowed in same zone
We understand your thoughts. However, in piling, it's tough to stagger the lapping. It's all about practicality, not about practicality. We considered these practical issues in the design of piles.
@@ProudtobeaCivilEngineer Dear we are Engineer... So don't say like this.
Do you have piling experience buddy?!?
@@ProudtobeaCivilEngineer yes.
Great info.....Looking to place a shipping container is a spot where the soil moves likes it's floating. There are 2 spots that showed up while clearing for the container. Both are maybe 4 or 5 feet in dia and they do not connect. What's the best method to take care of this. The grading contractor said to just give it time to dry out....?
It's all about the safety concerns. Therefore, better allow for dry before proceeding.
Which machine is this
It's reinforcement straightner.
That is really useful tutorial for beginner students, thank you! I liked the music as well😁
Hope you enjoyed the video.
where i can find the research paper for more details?
Google scholar.
Thank you!
Thank you.
Is code Kitna he yaska
Google it.
Good morning sir From Nigeria Please how do I process the data
We can help you.
Good morning sir From Nigeria Please how do I process the data
How can I help you?
skid me😊
Straight to the point❤
Thank you
music should low volume
Thank you for you suggestions.
Wow! Loved it.
Thank you.
Gehaald
Sup
Why not remove those trees that blocking the path from being fully utilized by road users.
It's not included in the project details. And the client is more concern about not to cut trees.
Nominal aggregate size to use for this test ??? I have 1 inch nominal aggregate can i use it in my sample??
Nominal aggregate for our test is 10 mm
Procedure is wrong hahahaha...
May We know what's wrong?
@@ProudtobeaCivilEngineerwhere is thin fine sand...to flatten the surface before u put the plate..
MPI test purpose for what ?
Magnetic Particle Inspection (MPI), also known as Magnetic Particle Testing (MPT), is a non-destructive testing (NDT) method used to detect surface and near-surface discontinuities in ferromagnetic materials, such as iron, nickel, cobalt, and some of their alloys. Here's why it's particularly useful for inspecting welding: Detection of Surface and Subsurface Defects: MPI is effective in identifying both surface and just-below-the-surface discontinuities. In welding, this includes cracks, porosity, incomplete fusion, and other inconsistencies that might compromise the integrity of the weld. Immediate Results: MPI provides immediate visual results. The presence of any discontinuities is indicated by the accumulation of magnetic particles at the defect site, which can be seen directly. This immediacy aids in the quick assessment of the welding quality. Minimal Preparation Required: The surface preparation for MPI is relatively simple compared to other methods. The area needs to be clean, but extensive preparation is not necessary, making it a quick and efficient process for weld inspection. Sensitive to Small Defects: MPI is highly sensitive to small surface cracks and other discontinuities that might not be visible to the naked eye or could be missed by other NDT methods. Applicability to Complex Shapes: The method can be applied to complex geometries that are typical in welded structures. The magnetic field and the particles can conform to the shape of the object, making it versatile for inspecting welds in various configurations and positions. Cost-Effective: Compared to some other NDT methods, MPI is cost-effective, especially for the detection of surface and near-surface discontinuities. Its efficiency and speed also contribute to its cost-effectiveness. No Hazard to the Component: MPI is a non-destructive test that does not harm the material's structure or future usability, making it ideal for routine maintenance and inspection. In summary, Magnetic Particle Inspection is a crucial technique in welding to ensure the quality and integrity of welds, particularly in critical structures where strength and safety are paramount.
Actually it's a mock up test and has a much lower percentage of compliance with a real earthquake than the shaking table test. Because in a real earthquake, the movement of the earth exerts the force on the structure, and moving from the roof and connecting the structure to the ground is not suitable forsimulation construction.