Videos

View our expanding library of videos:

Build With Strength - Strength

Build With Strength - Strength

An inspiring look at what makes concrete one of the strongest, most durable and resilient building materials on earth.

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Is Cross-Laminated Timber (CLT) Safe?

Is Cross-Laminated Timber (CLT) Safe?

If you’re not building with concrete, you’re playing with fire. There’s no substitute for building with strength, and in the case of homes for families, the potential for disaster with Cross-Laminated Timber (CLT) is simply too great at this time.

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Concrete Buildings Mitigate Hazards

Concrete Buildings Mitigate Hazards

Find out why building a resilient structure pays off.

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How ICF’s Work

How ICF’s Work

Consider using ICF's for your next concrete building project. With insulated concrete forms (ICFs), you get strength, flexibility and cost-efficiency all in one method. Once you use it, you’ll see why so many builders adopt the technique – and never look back.

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An In-Depth Look at ICF’s

An In-Depth Look at ICF’s

Working with concrete doesn’t get any easier than this. With insulated concrete forms (ICFs), you get strength, flexibility and cost-efficiency all in one method. Once you use it, you’ll see why so many builders adopt the technique – and never look back.

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Concrete and Fire Safety

Concrete and Fire Safety

If you’re not building with concrete, you’re playing with fire. There’s no substitute for building with strength, and in the case of homes for families, the potential for disaster with Cross-Laminated Timber (CLT) is simply too great at this time.

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The Evolution of Chicago’s Modern Architecture

The Evolution of Chicago’s Modern Architecture

The Great Chicago Fire of 1871 destroyed 10,000 buildings and claimed 600 lives. This disaster led to the establishment of new building codes for the city and changed architectural thinking. Non-combustible materials replaced wood construction. Concrete works for Chicago, why shouldn't it work for you?

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A Case for Concrete - Ready. Set. Build.

A Case for Concrete - Ready. Set. Build.

Dr. Jeremy Gregory, MIT research scientist and executive director of the Concrete Sustainability Hub, discusses how the versatility of concrete results in a range of performance benefits.

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Concrete Buildings Mean - Value

Concrete Buildings Mean - Value

Dr. Jeremy Gregory, MIT research scientist and executive director of the Concrete Sustainability Hub, shares his views on what makes concrete a strong investment.“There’s a lot of opportunities to educate architects and builders about [how] you can efficiently use concrete to lower lifecycle costs.”Dr. Jeremy Gregory, Executive Director, Concrete Sustainability Hub

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Concrete Buildings Mean - Strength

Concrete Buildings Mean - Strength

Dr. Jeremy Gregory, MIT research scientist and executive director of the Concrete Sustainability Hub, shares his views on what makes concrete durable and sustainable.“Because of the strength and durability properties that you get with concrete, you’re able to have a resilient structure.”Dr. Jeremy Gregory, Executive Director, Concrete Sustainability Hub

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Build With Strength.

Build With Strength.

Go Bold. Go Strong. Go Concrete. Build With Strength.

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Making Strength Test Cylinders for Roller Compacted Concrete - ASTM C1435

Making Strength Test Cylinders for Roller Compacted Concrete - ASTM C1435

This video details how to make strength test cylinders for testing Roller Compacted Concrete (RCC). It is based on ASTM C1435 Standard Practice for Molding Roller-Compacted Concrete in Cylinder Molds Using a Vibrating Hammer.

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Aggregate Optimization for AAAP Concrete Bridge Decks - Pilot Program

Aggregate Optimization for AAAP Concrete Bridge Decks - Pilot Program

A pilot program for the construction of bridge decks in the PennDOT system is the focal point of this webinar. A key element in the program is the optimization of the concrete mix design through aggregate blending. The webinar is presented by representatives from PennDOT and the RMC industry.

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Peanut Drive (Conewago Twp. PA) RCC Placement

Peanut Drive (Conewago Twp. PA) RCC Placement

Peanut Drive is the first municipal RCC street project that was funded through PennDOT's liquid fuels program. The project incorporated an RCC specification that has been developed for inclusion in PennDOT Publication 408. It offers a durable and cost effective to more traditional paving methods and materials. For more information check out our websites at www.rcc4pa.org and/or www.specifyconcrete.org.

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RCC Testimonial: Why RCC Was the Answer for Sycamore Street Project

RCC Testimonial: Why RCC Was the Answer for Sycamore Street Project

Sean Dooley (Ph.D., P.E.- Keystone Consulting Engineers) explains why RCC was selected for this street project. Aside from the cost benefits, RCC is a sustainable material that is durable and will serve this community for years to come. It is a tool that is now available to all municipalities in the Commonwealth.

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Flowable Fill - The Superior Backfill Material

Flowable Fill - The Superior Backfill Material

This video highlights the advantages and benefits of choosing flowable fill over conventional granular backfill materials for your next project. It is the perfect material for utility cuts and trenches where compaction of other material may be difficult. (Video courtesy of the National Ready Mixed Concrete Association)

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Dry Vacuuming Pervious Concrete Pavement

Dry Vacuuming Pervious Concrete Pavement

This video demonstrates pervious concrete being cleaned via a "dry vacuum" cleaning method. Cleaning pervious concrete is a critical element in maintaining the system. More information on pervious concrete is available at www.specifyconcrete.org.

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Cleaning Pervious Concrete

Cleaning Pervious Concrete

This video demonstrates one possible cleaning method for maintaining pervious concrete pavements. Check out our website at www.specifyconcrete.org for information on pervious concrete as well as other concrete construction related technologies.

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ASTM C 1701 Infiltration rate of Pervious Concrete Demonstration

ASTM C 1701 Infiltration rate of Pervious Concrete Demonstration

This video shows ASTM C1701 being administered on a pervious concrete slab. The infiltration rate was approximately 988 inches per hour.

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Norfolk Southern Roller Compacted Concrete Project

Norfolk Southern Roller Compacted Concrete Project

Placement of 16" and 8" thick Roller Compacted Concrete at a Norfolk Southern Railroad facility located in Harrisburg PA.

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Pervious Concrete Drains at Bi-Lo

Pervious Concrete Drains at Bi-Lo

The Bi-Lo located in Harmony PA takes advantage of the permeability of pervious concrete to control stromwater run-off.

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Sycamore Street RCC Placement

Sycamore Street RCC Placement

Placement of Roller Compacted Concrete on Sycamore Street, Nazareth PA.

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