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Ceramic and Glass Industry Foundation
United States
Приєднався 11 січ 2017
This channel features interactive science lessons for K-12 teachers. Using the Materials Science Classroom Kits and Mini Materials Kits, the videos showcase a demonstration of each lesson.
The Ceramic and Glass Industry Foundation was established in 2014 by The American Ceramic Society to attract, inspire, and train the next generation of ceramic and glass professionals. In pursuit of its mission, the CGIF developed and manages a number of programs in the areas of K-12 student outreach, university-industry networks, student travel grants and exchanges, and student leadership development programs. The CGIF also assists students with internship and job opportunities though the online Ceramic and Glass Career Center.
The Ceramic and Glass Industry Foundation was established in 2014 by The American Ceramic Society to attract, inspire, and train the next generation of ceramic and glass professionals. In pursuit of its mission, the CGIF developed and manages a number of programs in the areas of K-12 student outreach, university-industry networks, student travel grants and exchanges, and student leadership development programs. The CGIF also assists students with internship and job opportunities though the online Ceramic and Glass Career Center.
Belden Brick Teach Industry Tour
CGIF just hosted its most recent Teacher Industry Tour at The Belden Brick Company! If you want to know more about this exciting event for educators along with our other great programs, visit our website at foundation.ceramics.org.
Переглядів: 10
Відео
PBS's Curious Crew Teaches about Material Science!
Переглядів 6621 день тому
Do you want to get your hands on the materials found on Curious Crew? Visit us at foundation.ceramics.org/classroom-kits/ to get your Material Science Classroom Kit today!
Ceramic and Glass Industry Foundation's 2023 Summer Recap
Переглядів 36Місяць тому
Check out the Ceramic and Glass Industry Foundation's Summer 2023 Outreach events. Visit our website to see all of our program offerings! foundation.ceramics.org/programs/
Unboxing the CGIF Materials Science Classroom Kit | Ceramic and Glass Industry Foundation
Переглядів 2239 місяців тому
Visit our teaching resource center for downloadable lesson plans and classroom posters! foundation.ceramics.org/teaching-resources/ Check out the Materials Science Classroom Kit: foundation.ceramics.org/classroom-kits/
CGIF Teacher Training Workshops | Ceramic and Glass Industry Foundation
Переглядів 8211 місяців тому
The Ceramic and Glass Industry Foundation (CGIF) hosts free Teacher Training Workshops to introduce middle and high school educators to ceramic and glass materials science. Check out foundation.ceramics.org/teacher-workshops/ to learn more!
Ceramic and Glass Industry Tours | Allied Mineral Products
Переглядів 232Рік тому
Thank you to Allied Mineral Products for generously hosting this Ceramic and Glass Tour by the CGIF. Teachers, apply for a grant today! Visit our Grant Center to learn more: foundation.ceramics.org/grants/ Additional Teacher Resources: foundation.ceramics.org/thankyouteachers/ #refractory #ceramics #industry #tour
Columbus teacher bridges gap between art and glass science | Ceramic and Glass Industry Foundation
Переглядів 192Рік тому
Apply for a kit grant today! Visit our Grant Center to learn more: foundation.ceramics.org/grants/ Additional Teacher Resources: foundation.ceramics.org/thankyouteachers/ #glass #fire #materialsscience
CGIF attends COSI Big Science Celebration with Owens Corning | Ceramic and Glass Industry Foundation
Переглядів 193Рік тому
The Ceramic and Glass Industry Foundation (CGIF) brings materials science to the 2023 COSI Big Science Celebration. The CGIF is thankful for Owens Corning’s sponsorship at the 2023 COSI Big Science Celebration and looks forward to inspiring more future materials scientists! For more information on the event: foundation.ceramics.org/cgif-news/cosi-2023/ Are you a K-12 teacher? Apply for a CGIF K...
CGIF Teacher Training Workshop: Crystals, Candy, and Clinker in Cincy
Переглядів 35Рік тому
This video uses testimonials and footage from our teacher training workshop in Cincinnati, OH in September 2022. During the seven hour professional development session, middle and high school teachers have the opportunity to perform hands-on experiments of all nine lessons in the Material Science Classroom Kit, chat with professionals at an industry luncheon, and earned Continuing Education Uni...
CGIF Teacher Training Workshop: Crystals, Candy, and Clinker in Columbus
Переглядів 1402 роки тому
This video uses testimonials and footage from our teacher training workshop in Columbus, OH in April 2022. During the seven hour professional development session, middle and high school teachers have the opportunity to perform hands-on experiments of all nine lessons in the Material Science Classroom Kit, chat with professionals at an industry luncheon, and earned Continuing Education Units (CE...
Mini Lesson 5: What is a Shape Memory Alloy?
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Let’s start by defining what we mean by a “shape memory alloy.” An alloy is a metal containing two or more elements. Thermal shape memory is the ability of a material to return to its original shape when heated. The piece of wire in this demo is called Nitinol and is an alloy made of nickel and titanium which has two phases or states, a high temperature state and a low temperature state. What h...
Mini Lesson 4: What is Fiber Optics?
Переглядів 1,4 тис.2 роки тому
Fiber optics is the science of transmitting data, voice, and images by the passage of light through thin, transparent fibers. Fiber optics (optical fibers) are long, thin strands of very pure glass about the diameter of a human hair. They are arranged in bundles called optical cables that carry information between two places using entirely optical (light-based) technology. So how do these tiny ...
Mini Lesson 3: How are Glass Fibers Made?
Переглядів 1,2 тис.2 роки тому
To learn how glass fibers are made, we start with understanding that because glass can change from a solid to a liquid and then back to a solid! In this mini lesson, we heat up Jolly Ranchers to understand more about this unique material. Visit our teaching resource center for downloadable lesson plans & classroom posters: foundation.ceramics.org/teaching-resources/
Mini Lesson 2: Magic Color Beads and UV Light
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Inside this mini lesson's package, users will find ten white plastic beads. These are special plastic beads that contain a chemical substance or pigment that changes color when exposed to ultraviolet (UV) light. When exposed to UV light, the beads will become red, orange, yellow, blue, or purple. If the beads are removed from UV light, they will slowly return to their white color. The beads can...
Mini Lesson 1: The Science of Silly Putty
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Mini Lesson 1: The Science of Silly Putty If you have played with Silly Putty®, you know how fun it can be! Silly Putty® can bounce like a rubber ball, break from a sharp blow, be stretched, and will flow into a puddle after a period of time. If you flatten it and press it over a comic or newspaper print, it will copy the image. So how in the world can it do so many things? Is it a solid or is ...
Hot Or Not? How the Space Shuttle Stays Safe From Extreme Heat: Interactive Science Lesson 1
Переглядів 4746 років тому
Hot Or Not? How the Space Shuttle Stays Safe From Extreme Heat: Interactive Science Lesson 1
Candy Fiber Pull: Interactive Science Lesson 2
Переглядів 5627 років тому
Candy Fiber Pull: Interactive Science Lesson 2
Shape Memory Alloys: Interactive Science Lesson 4
Переглядів 6667 років тому
Shape Memory Alloys: Interactive Science Lesson 4
Thermal Shock: Interactive Science Lesson 5
Переглядів 17 тис.7 років тому
Thermal Shock: Interactive Science Lesson 5
Glass Bead on a Wire: Interactive Science Lesson 6
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Glass Bead on a Wire: Interactive Science Lesson 6
Engineered Concrete: Interactive Science Lesson 7
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Engineered Concrete: Interactive Science Lesson 7
Thermal Processing of Bobby Pins: Interactive Science Lesson 8
Переглядів 1,2 тис.7 років тому
Thermal Processing of Bobby Pins: Interactive Science Lesson 8
How Strong is Your Chocolate?: Interactive Science Lesson 9
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How Strong is Your Chocolate?: Interactive Science Lesson 9
Piezoelectric Materials: Interactive Science Lesson 3
Переглядів 31 тис.7 років тому
Piezoelectric Materials: Interactive Science Lesson 3
Why is there no comments on this
from where can we buy this kit. I m from India
Excellent. Well-demostrated.
From where I can purchase these piezoelectric material?
You can purchase them on Amazon! It depends on your country, but if you search piezoelectric, you will find many options.
Yes, I searched this. Just because I realized I don't understand that completely
couldn't get ceramic glass in the kit?
I wonder how I ended up here, still was a fun watch.
If you add another LED parallel to the original (after showing the effects of the original), but in the opposite direction, it should light when the piezoelectric material springs back. That would pique more interest. You could use that as springboard for asking the question "why does that happen?"
the light shining from the led is edited
which has higher output power between piezo polymer and piezo ceramic??
It would be ceramics (for the same design). I found a good overview article on piezoceramics at: piceramic.com/piezo-technology/fundamentals.html Another webpage that might be helpful is: www.researchgate.net/post/How_much_current_could_be_generated_by_means_of_a_single_piezoelectric_crystalA couple of answers from this page that are relevant: “I have just a point to add here that the piezoelectric single crystals (PZN-PT) are superior to ceramics (PZT) and polymers (PVDF) for their high piezoelectric coefficients at room temperature. It should be noted that the higher coefficients doesn't mean higher power in all the circumstances. Knowing the application one should carefully design the transducer. As said earlier the output is the function of dimensional parameters, piezoelectric, mechanical and dieletric properties of the material.” “The maximum current, voltage and wattage, all parameters are depending on the type of piezoelectric material (Quartz, PZT, PMN-PT), size of the material. If we take the example of PZT, the maximum current can vary from nA to micro amp and the voltage generated in 1-100 V, depending upon the size of PZT.”
Sir where the pizo electric material found please anw
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