Create one Playlist called Concrete Durability Tests and make a video of the lists below: 1. Water Permeability Test: Evaluates the ability of concrete to resist the penetration of water, which can lead to internal damage and reinforcement corrosion. 2. Carbonation Test: Assesses the depth of carbonation penetration into concrete, indicating its vulnerability to carbon dioxide and potential corrosion of reinforcement. 3. Alkali-Silica Reaction (ASR) Test: Identifies the potential for alkali-aggregate reaction, a chemical reaction that can lead to concrete expansion and cracking. 4. Freeze-Thaw Resistance Test: Evaluates the ability of concrete to withstand cycles of freezing and thawing, which can cause cracking and deterioration. 5. Sulfate Resistance Test: Measures the resistance of concrete to sulfate attack, which can cause expansion and weakening of the concrete. 6. Abrasion Resistance Test: Determines the resistance of concrete to abrasion, such as traffic wear on pavements. 7. Rapid Chloride Permeability Test (RCPT): Measures the rate at which chloride ions penetrate into concrete, providing an indication of its durability. 8. Shrinkage Test: Evaluates the potential for concrete to shrink during the curing process and over time, which can lead to cracking and reduced durability. 9. Rapid Freeze-Thaw Test: Simulates rapid cycles of freezing and thawing to assess the resistance of concrete to severe weather conditions. 10. Water Absorption Test: Measures the amount of water absorbed by the concrete, indicating its porosity and potential vulnerability to damage. 11. Sulphuric Acid Resistance Test: Assesses the resistance of concrete to sulfuric acid attack, which can occur in some aggressive environments. 12. Electrical Resistivity Test: Measures the electrical resistivity of concrete, which can be correlated with its permeability and durability.
Create one Playlist called Concrete Chemical Tests and make a video of the lists below: 1. Water-Cement Ratio Test: Determines the ratio of water to cement in the concrete mix, which significantly influences the strength and durability of the concrete. 2. Cement Content Test: Measures the amount of cement in the concrete mix, ensuring that the correct proportion of cement is used to achieve the desired strength. 3. Setting Time Test: Evaluate the initial and final setting time of the concrete, which impacts the workability and handling of the mixture. 4. Soundness Test: Checks the volume stability of cement when exposed to high temperatures, ensuring it doesn't undergo excessive expansion or cracking. 5. Alkali Content Test: Determines the amount of alkalis (sodium and potassium oxides) in the cement, which can lead to alkali-aggregate reaction (ASR) and potential concrete deterioration. 6. Chloride Content Test: Measures the amount of chloride ions in the concrete mix, which can lead to reinforcement corrosion if present in excessive amounts. 7. Sulfate Content Test: Determines the amount of sulfates in the concrete mix, which can cause a sulfate attack and affect the concrete's durability. 8. Aggregate Testing: Involves chemical tests on aggregates used in the concrete mix to ensure they meet the required specifications and do not contain harmful substances.
Please can you help me to find a good youtube videos to study construction of materials(american code) or even organize the playlists in this page, I dont know where to start!! Please
Thank you... Currently, we're not uploading any new videos due to insufficient fund. But, we're working on it. Soon, we will create more videos on civil engineering concepts.
Thanks a lot for these videos ❤️ i have a question please can you tell me which standards that says in compressive strength test required 35 times fir compacting ? ! While sometimes we read and watched other videos said 25 times for the square mould ?
Create one Playlist called Concrete Durability Tests and make a video of the lists below:
1. Water Permeability Test: Evaluates the ability of concrete to resist the penetration of water, which can lead to internal damage and reinforcement corrosion.
2. Carbonation Test: Assesses the depth of carbonation penetration into concrete, indicating its vulnerability to carbon dioxide and potential corrosion of reinforcement.
3. Alkali-Silica Reaction (ASR) Test: Identifies the potential for alkali-aggregate reaction, a chemical reaction that can lead to concrete expansion and cracking.
4. Freeze-Thaw Resistance Test: Evaluates the ability of concrete to withstand cycles of freezing and thawing, which can cause cracking and deterioration.
5. Sulfate Resistance Test: Measures the resistance of concrete to sulfate attack, which can cause expansion and weakening of the concrete.
6. Abrasion Resistance Test: Determines the resistance of concrete to abrasion, such as traffic wear on pavements.
7. Rapid Chloride Permeability Test (RCPT): Measures the rate at which chloride ions penetrate into concrete, providing an indication of its durability.
8. Shrinkage Test: Evaluates the potential for concrete to shrink during the curing process and over time, which can lead to cracking and reduced durability.
9. Rapid Freeze-Thaw Test: Simulates rapid cycles of freezing and thawing to assess the resistance of concrete to severe weather conditions.
10. Water Absorption Test: Measures the amount of water absorbed by the concrete, indicating its porosity and potential vulnerability to damage.
11. Sulphuric Acid Resistance Test: Assesses the resistance of concrete to sulfuric acid attack, which can occur in some aggressive environments.
12. Electrical Resistivity Test: Measures the electrical resistivity of concrete, which can be correlated with its permeability and durability.
Create one Playlist called Concrete Chemical Tests and make a video of the lists below:
1. Water-Cement Ratio Test: Determines the ratio of water to cement in the concrete mix, which significantly influences the strength and durability of the concrete.
2. Cement Content Test: Measures the amount of cement in the concrete mix, ensuring that the correct proportion of cement is used to achieve the desired strength.
3. Setting Time Test: Evaluate the initial and final setting time of the concrete, which impacts the workability and handling of the mixture.
4. Soundness Test: Checks the volume stability of cement when exposed to high temperatures, ensuring it doesn't undergo excessive expansion or cracking.
5. Alkali Content Test: Determines the amount of alkalis (sodium and potassium oxides) in the cement, which can lead to alkali-aggregate reaction (ASR) and potential concrete deterioration.
6. Chloride Content Test: Measures the amount of chloride ions in the concrete mix, which can lead to reinforcement corrosion if present in excessive amounts.
7. Sulfate Content Test: Determines the amount of sulfates in the concrete mix, which can cause a sulfate attack and affect the concrete's durability.
8. Aggregate Testing: Involves chemical tests on aggregates used in the concrete mix to ensure they meet the required specifications and do not contain harmful substances.
Please can you help me to find a good youtube videos to study construction of materials(american code) or even organize the playlists in this page, I dont know where to start!! Please
Very nice and useful keep help us continuously
good and easy to learn....plzzzz upload on diagnal shear test and elastic wave tomography
Good...! And make a video for compressive strength calculations for all grades of concrete...! It should be usefull for everyone....!
Sure... we will upload as soon as possible
Thank you for your clear videos! They are of great help! :)
Good presentation...keep sharing
Plz upload effect of admixtures (mineral & chemical) on fresh, hardened and strength and durability of concrete
Nice video its really helpful for ur. Thanks for made this video
Thank you.. Keep enjoying our videos.
Kindly make animation on Geotechnical testing
Request for tunnels animation
Can you difference between pointing and plastering
Thankyou very much 👍👍❤️
Please add this video in your Playlist of testing of concrete, where we can get all three test in one place, nice videos thank you
Great suggestion! We have done the same.
Neenka thanka enka deivam
Nice video you people are doing good job do more videos related to civil engineering it will be helpful for us
I will try my best
please upload video underwater concreting method
Good video, i request to you please upload the videos on the properties of hardened. Concrete
Thank you... Currently, we're not uploading any new videos due to insufficient fund.
But, we're working on it. Soon, we will create more videos on civil engineering concepts.
Thanks a lot for these videos ❤️ i have a question please can you tell me which standards that says in compressive strength test required 35 times fir compacting ? ! While sometimes we read and watched other videos said 25 times for the square mould ?
Thank you for supporting... regarding compaction query kindly do check in IS code 516 : 1959 page 8 2.10.1...
25 strokes required for slump test
For more civil engineering related videos visit my channel
Thank you
What is the size and shape effect on compressive strength of concrete?about cube and cylinder specimen ?
please upload video reparing of foundation
Very much helpfull
Thank you
Is this done according to astm C39M
Awesome video , I'm following all your videos ...but the voice is irritating Mee can u put it in a soft mode......
Sure. We are working on it.
Nice
awsm
good videos
Keep supporting us.
Can i ask what reference of this experiment? Thank you!
Awesome
Characteristic compressive strength has different meaning. What you have shown is strength of concrete cube/cylinder.
I love you!!!
Love you too.
Can I download your videos and put on my TikTok? Your permission is required thank you😊
No... As a creator think of the efforts made on this video
@@AnimeEdu thank you for replying me appreciated😊 I'm addicted to watch your videos.
Please uploaded that pipe circular water tank design
may i know what standard code is this? isit bs en?
Indian standard code book is used for making this video..
@@AnimeEdu ok thanks for rplying
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👌👍🤟👋🙏
ok
Okie!