Sessions & Events

 

Please note: All sessions and events take place in Central Daylight Time: CDT (UTC-5).

H=Hyatt Regency Dallas; U=Union Station

Convention Highlights

Sunday, October 23, 2022


8:00 AM - 9:00 AM

First time convention attendees are invited for a continental breakfast and brief session to orient you to the week ahead. Attendees will have the opportunity to meet other first time convention attendees, connect with convention mentors, and learn about what The ACI Concrete Convention has to offer.


8:00 AM - 10:00 AM

Moderator: Shiho Kawashima

The slump cone has been used for the past 100 years to assess the consistency and workability of fresh concrete. The objective of this session is to reflect on the slump test and provide perspective on how it and other tools can be used to assess fresh concrete properties today as well as in the future. Academic and industry researchers, practitioners and students should attend this session to gain a historical perspective on the slump cone.
Learning Objectives:
(1) Discuss how the slump test has evolved;
(2) Identify what information can be obtained;
(3) Discuss the limitations of the slump test;
(4) Review different workability test methods for different classes of concretes.

This session has been AIA/ICC approved for 2 CEU/PDH credits.


9:00 AM - 3:00 PM

Students will be challenged to apply sustainability concepts and use their knowledge of concrete mixture design by producing pervious concrete that balance permeability and splitting tensile strength. In addition, students will develop a mixture design that demonstrates cementitious efficiency; that is, maintaining the overall performance of the mixture with the lowest amount of cementitious material. For more information on the competition and how to register, please visit www.concrete.org/students/studentcompetitions.aspx.


9:30 AM - 11:00 AM

Chaired by ACI Vice President Antonio Nanni, Professor, University of Miami

The ACI International Forum provides an opportunity for convention attendees to meet and learn from ACI international partners, ACI chapter representatives, and ACI leadership. Attendees are encouraged to network and inquire about worldwide events, activities, initiatives, and common themes of interest to the concrete materials, design, and construction industry.

Speakers include:
Drew Burns, Executive Director, NEU: An ACI Center of Excellence for Carbon Neutral Concrete;
Dr. Aparna S. Deshmukh, Technical Director, NEx: An ACI Center of Excellence for Nonmetallic Building Materials;
Dr. Sunny Surlaker, President, India Chapter of ACI;
Mr. Rafael Timerman, Director of Events, Instituto Brasileiro do Concreto (IBRACON);
Dr. Francois Toutlemonde, President, ACI Paris Chapter;
Mr. Ziad Awad, ACI Lebanon Chapter/ACTS;
Dr. Antoni Cladera, Vice President, Spanish Structural Engineering Association (ACHE);
Dr. Yut Panitanwong & Dr. Kritsada Sisomphon, CPAC, Thailand Concrete Association (TCA);
Ms. Xiomara Sapon, ACI Guatemala Chapter;
Dr. Richard Henry, Concrete New Zealand – Learned Society;


10:30 AM - 12:30 PM

Moderators: Shiho Kawashima, Nathan A Tregger

The slump cone has been used for the past 100 years to assess the consistency and workability of fresh concrete. The objective of this session is to reflect on the slump test and provide perspective on how it and other tools can be used to assess fresh concrete properties today as well as in the future. Academic and industry researchers, practitioners and students should attend this session to gain a historical perspective on the slump cone.
Learning Objectives:
(1) Discuss how slump is a time-depent property;
(2) Assess how properties measured via the slump test can be correlated (or not) to performance properties;
(3) Discuss the restrictions of the slump test;
(4) Distinguish emerging tools for quantifying concrete workability.

This session has been AIA/ICC approved for 2 CEU/PDH credits.


10:30 AM - 12:30 PM

Moderators: Mohamed A Mahgoub, Ahmed Ibrahim

The earth's natural resources are being consumed at a very high rate for many years. The potential depletion of resources, CO2 emissions and high energy consumption rates in the process of production, increase the necessity of recycling. All sectors of the society are responsible for these concerns, especially the construction industry. As a major construction material. concrete is increasingly judged by its environmental impacts and reusing the readily available concrete is becoming very important. Considering that much of the US infrastructures and urban buildings now require renovation and replacement, the concrete left behind can be a valuable source of aggregate for new concrete. Such concrete is usually called Recycled Aggregate Concrete. Through cost analyses, it is shown that using recycling concrete as aggregate for new concrete production can be a cost-effective method for construction.
Learning Objectives:
(1) Create public awareness of recycled concrete including its impact on reducing landfills and construction waste;
(2) Compare parameters of recycled aggregate concrete to natural aggregate concrete and evaluate the differences;
(3) Explain how recycled concrete can save natural resources and ecological environment leading to sustainable and greener world;
(4) Discuss the effect of adding different construction waste materials to concrete and the effect of this on recycled concrete properties.

This session has been AIA/ICC approved for 2 CEU/PDH credits.


10:30 AM - 12:30 PM

Moderator: Lee Marsh

The objective of the session is to provide an overview of the newly adopted AASHTO Performance-Based Seismic Design guidelines for bridges. Bridge designers should attend this session, and learning outcomes include: the relationship of these guidelines with other AASHTO specifications, why they were created, examples of application, and potential knowledge gaps that ACI members may be able to help fill. This session is jointly sponsored by the Transportation Research Board Standing Committee on Seismic Design and Performance of Bridges.
Learning Objectives:
(1) Describe the format of the new AASHTO Performance-Based Seismic Design guidelines;
(2) Discuss the relationship between the existing AASHTO seismic specifications and the new guidelines;
(3) Describe a newly added method of seismic analysis of inelastic structures that is permitted in the new guidelines;
(4) Explain the impact structural damping models have on the inelastic displacement demand in bridge structures.

This session has been AIA/ICC approved for 2 CEU/PDH credits.


10:30 AM - 12:30 PM

Moderator: Kay Wille

Ultra-high-performance concrete (UHPC) continues to attract more researchers, engineers, architects, students and experts across disciplines due to its fascinating material properties.
Over the last decades novelties have been shared in material design, mixing technology, material characterization and application, structural performance and design. While more innovations and novelties have been shared and exciting application examples are being presented, more knowledge gaps, research needs and questions have been raised.

This session will invite national and international research groups, material suppliers and contractors to share new insights in UHPC technology, structural design and applications.

Learning Objectives:
(1) Investigate the carbon footprint of UHPC;
(2) Recognize its potential of environmental impact;
(3) Discuss new insights in the long-term behavior of UHPC;
(4) Identify opportunities about cost-efficiency.


11:30 AM - 1:30 PM

$40.00

Speaker: Santiago Pujol
Sozen’s Zen: Interactions with Japanese Researchers
In the 1920s, T. Naito in Japan had developed ideas about building design that were shown to be quite effective by the Kanto Earthquake that devastated Tokyo in 1923. Naito stressed the importance of stiffness in earthquake response. Few paid attention in the United States, where the focus was instead on strength. It took decades for the relevance of stiffness to be realized in the US. That was done again through interactions with the Japanese. The works of Takeda, Shibata, Shiga, Otani, and Shimazaki were key for Mete Sozen to formulate the ideas that drift should control design for earthquake demands and that drift can be controlled by increases in building stiffness. This presentation reviews those works and the original ideas of Naito to propose that international collaboration can speed up the urgent transformations required in our profession to cope with the challenges posed by: a) climate change; and b) expanding cities in which the public expects buildings to regain functionality soon after earthquakes.


International Lunch Flyer


12:30 PM - 1:30 PM

Moderator: Martin Noel

In the nearly 50 years since ACI 215R-74 was published, the design of concrete structures has changed considerably. The introduction of high-performance materials, greater design optimization, and/or increases in applied load levels result in higher ratios of live to dead loads. This session will introduce the new and completely restructured PRC-215 document as a resource for engineers designing structures that may be subjected to fatigue.
Learning Objectives:
(1) Recognize what content is covered in the new PRC-215 document on fatigue;
(2) Discuss how this resource is intended to be used;
(3) Explain the basic concepts of fatigue and why it is an important consideration in the design of many concrete structures;
(4) Report on the fatigue behavior of common constituent materials and components used in the construction of concrete structures.


1:00 PM - 3:00 PM

Moderators: Mohamed A Mahgoub, Yasser A Khodair

Concrete is the world's most widely used construction material. Yet, the production of portland cement, an essential constituent of concrete, leads to greenhouse gas emissions into the atmosphere. The production of one ton of portland cement clinker releases approximately one ton of CO2 and other greenhouse gases. Environmental considerations have been a major thrust for the sustainable development of the cement and concrete industries. A sustainable concrete structure is designed and built to have a positive environmental footprint during its entire life cycle. Concrete is increasingly being considered as a sustainable material owing to its low inherent energy requirements and little associated waste. Not only is it made from some of the most plentiful resources on Earth, it can also be made with numerous recycled materials and by-products and is itself entirely recyclable. Emerging breakthroughs in concrete technology have allowed producing ultra-high-performance concrete requiring less raw materials, along with structures that are much more durable to reduce maintenance, repair, and reconstruction.
Learning Objectives:
(1) Demonstrate how to evaluate recycled concrete mixtures with various waste-by-product and recycled materials;
(2) Recognize many different types of testing that could be performed on new concrete mixtures produced with recycled materials;
(3) Explain various methods to design and validate the concrete produced by new recycled materials;
(4) Analyze emerging technologies in the concrete produced by recycled materials and its application in civil infrastructures.

This session has been AIA/ICC approved for 2 CEU/PDH credits.


1:00 PM - 3:00 PM

Moderators: Mahmut Ekenel, Lesley Suz Chung Ko

To support ACI’s expanding focus on technology and innovation, the CIC collaborates with the concrete community to further innovative solutions for industry-wide challenges, by effectively identifying new technology and helping to nurture and support emerging and mature technologies. The Council also works closely with ACI’s Director of Concrete Technology to create a formal connection between Council work and ACI. The council is comprised of a diverse set of industry representatives - material suppliers, architecture & engineering firms, contractors, academic, owner and regulatory.

The objective is to identify technologies and innovations that are aligned with ACI and industry strategies and help implement their use when appropriate.

Learning Objectives:
(1) Describe the ACI Foundation's Concrete Innovation Council and its mission;
(2) Identify technologies and innovations that are aligned with ACI and the concrete industry;
(3) Discuss how to help adopt and implement innovations;
(4) Report on how industry is conducting research and development on new technologies and innovations.

This session has been AIA/ICC approved for 2 CEU/PDH credits.


1:00 PM - 2:00 PM

Moderator: Luke R Pinkerton

Explore immediate need and future need for performance design allowances based on flexural strength in structural plain concrete applications. Topics include a discussion of ASCE 7 requirements to treat rack supported loads as building load and advanced 3D forming methods for construction.
Learning Objectives:
(1) Discuss emerging demand for improved environmental performance and code compliance of warehouse slabs on grade;
(2) Assess proven analysis and design methods employing structural plain concrete and alternative reinforcement in the slab on grade market;
(3) Critique concept of three dimensional slip forming approach to construction and challenges for reinforcement;
(4) Recognize how performance based structural plain concrete approaches could address these existing and emerging challenges.


1:00 PM - 3:00 PM

Moderator: Kay Wille

Ultra-high-performance concrete (UHPC) continues to attract more researchers, engineers, architects, students, and experts across disciplines due to its fascinating material properties.
Over the last decades novelties have been shared in material design, mixing technology, material characterization and application, structural performance and design. While more innovations and novelties have been shared and exciting application examples are being presented, more knowledge gaps, research needs and questions have been raised.

This session will invite national and international research groups, material suppliers and contractors to share new insights in UHPC technology, structural design and applications.

Learning Objectives:
(1) Describe the shear behavior of UHPC;
(2) Recognize its potential of interface shear;
(3) Evaluate new insights in material based dynamic impact factors;
(4) Appraise the potential of the softened membrane model for UHPC.


1:30 PM - 3:30 PM

Moderator: Jose M Izquierdo-Encarnacion

In this session, we will discuss iconic buildings that are unique in their design and/or construction techniques. The design and construction of buildings is challenging; designing and constructing buildings with special designs adds even more challenges. We will talk about those challenges and how the project team overcame them. The discussion will include the project structure and the framework within which the development was accomplished. The session will include different levels of design, materials, and construction.
Learning Objectives:
(1) Describe design aspect of the buildings and details on the practical use;
(2) Explain the principles and methods for the design of the buildings;
(3) Discuss the materials used and the challenges of using different mix designs to achieve the desired results;
(4) Analyze the construction process and challenges and how to overcome such challenges.

This session has been AIA/ICC approved for 2 CEU/PDH credits.


1:30 PM - 2:30 PM

Moderator: James R Baty

This mini session will provide direct comparison of the prescriptive reinforcement for ACI 332 Residential Concrete Code with two of the latest technologies to advance as replacements in the marketplace, GFRP and micro steel reinforcement. This will provide support and value to the market as it seeks solutions for supply chain, material price and labor efficiency.
Learning Objectives:
(1) Discuss the performance objectives of reinforcing residential concrete using alternative means;
(2) Identify the design considerations for alternative reinforcements in relation to the methodology presented in the residential concrete code;
(3) Demonstrate the experience in the marketplace with these key alternative reinforcements;
(4) Evaluate the presence of Always Advancing principles in committee education and development of core association documents.

This session has been AIA/ICC approved for 1 CEU/PDH credit.


3:30 PM - 5:30 PM

Moderators: Hani H Nassif, Andrzej S Nowak

Bridge decks in the USA are designed according to the AASHTO LRFD Bridge Design Specifications using various refined and approximate methods. The traditional strip method as well as the empirical method have been applied to reinforced concrete decks. However, with the development of new and innovative construction materials, including nonmetallic rebars and tendons, FRP composites, fiber reinforced concrete, full depth precast decks, as well as other types of materials, there is a need to develop or adjust design philosophies and approaches to capture the enhanced performance of the recent innovations in construction materials for bridge decks.

This session will also be an opportunity to combine the efforts among ACI and ASCE researchers and practitioners in addressing various topics related to new and innovative designs/materials of concrete bridges.

Learning Objectives:
(1) Create awareness on topics related to design of bridge decks;
(2) Identify advanced and innovative materials used in the construction of concrete bridge decks;
(3) Compare deck design procedures in different states;
(4) Discuss recommendations for deck design procedure to avoid current problems.

This session has been AIA/ICC approved for 2 CEU/PDH credits.


3:30 PM - 5:30 PM

Moderators: Kimberly Waggle Kramer, Julie K Buffenbarger

This session focuses on the role of concrete and cement-based composites on the sustainable built environment.
Learning Objectives:
(1) Review new trends and challenges of designing with use of recycled compacted concrete;
(2) Develop insight into new innovative technical approaches that greatly improve designing by the use of recycled waste in concretes;
(3) Discuss the key environmental benefits and energy savings when recycled materials are implemented;
(4) Identify the social advantage of repurposing materials in concretes.

This session has been AIA/ICC approved for 2 CEU/PDH credits.


3:30 PM - 5:30 PM

Moderator: Kay Wille

Ultra-high-performance concrete (UHPC) continues to attract more researchers, engineers, architects, students and experts across disciplines due to its fascinating material properties.
Over the last decades novelties have been shared in material design, mixing technology, material characterization and application, structural performance and design. While more innovations and novelties have been shared and exciting application examples are being presented, more knowledge gaps, research needs and questions have been raised.

This session will invite national and international research groups, material suppliers and contractors to share new insights in UHPC technology, structural design and applications.

Learning Objectives:
(1) Report on structural seismic behavior;
(2) Recognize UHPC's potential in pumping and spraying;
(3) Explain new placement and rehabilitation methods;
(4) Discuss the restoration potential of UHPC.


3:30 PM - 5:30 PM

Moderator: Kimberly Waggle Kramer

The main objective of this session is to present a broad perspective on the important issues related to historical structures.

Included in the session are the following presentations:
- Kanh's Concrete: Kimball Art Museum and Salk Institute
- A Street and a Superhighway: Two Pioneering Concrete Pavements in Texas
- SS Selma: The Rise and Fall of an Experimental Concrete Ship
- Concrete Protects - Resilient Galveston Seawall
- Historic Shortage of Poly-Iso Insulation: Do We Really Need it? A Presentation of Case Studies of Lightweight Insulating Concrete (LWIC)

Learning Objectives:
(1) Distinguish some of the historical concrete structures;
(2) Name some of the significant people in the concrete industry;
(3) Recognize some of the notable achievements of the concrete organizations;
(4) Identify a few of the Texas concrete Landmarks.

This session has been AIA/ICC approved for 2 CEU/PDH credits.


5:45 PM - 7:00 PM

The Opening Session is the official start to the ACI Convention and will begin with a welcome address by ACI President Charles Nmai. The Opening Session will conclude with a keynote presentation, "Lead with Passion".

Don't miss out on this keynote presentation by Art delaCruz!

During his 22-year career in the Navy, Art delaCruz was tasked with various assignments, including six combat deployments, commanding a Navy strike-fighter squadron, serving as a Topgun instructor, and serving as a Secretary of Defense Corporate Fellow at McKinsey & Co. Following his time in the Navy, he worked in Business Development and Strategy & Planning for the aerospace and defense sector. He now works with Team Rubicon, a team of veterans and first responders with a mission to "rapidly deploy emergency response teams" wherever they are needed. Art delaCruz explains how to lead and inspire others through a ruthlelss dedication to excellence.


7:00 PM - 8:00 PM

Immediately following the Opening Session, attendees are invited to the exhibit hall for this evening reception. Congratulate ACI Awardees, reunite with colleagues, network with new acquaintances, and learn about the products and services offered by the exhibitors. A cash bar and light refreshments will be available. * Please note - the Hyatt Regency Dallas is a cash-free hotel and will only accept credit/debit cards at the cash bar.


8:00 PM - 10:00 PM

Moderator: Jim Casilio

Panelist representing the major segments of our industry, the licensed design professional, concrete contractor, and concrete producer, will present and discuss examples of constructability challenges, successes, and issues of responsibilities when building with "lower carbon" concrete.
Learning Objectives:
(1) Describe the constructability issues that present challenges to the individual project team members;
(2) Explain how project team members can work collectively to avoid constructability issues when building with low carbon concrete;
(3) Define responsibilities of project team members to help avoid constructability issues of low carbon concrete;
(4) Describe suggested approaches that have resulted in reducing constructability challenges on low carbon concrete construction projects.

This session has been AIA/ICC approved for 2 CEU/PDH credits.


8:30 PM - 10:00 PM

Student and Young Professionals Activities Committee (SYPAC) invites all students, young professionals, and convention mentors to a casual networking exchange following the Opening Reception. Attendees will establish connections with fellow young members. Prizes will be awarded during ice breaker activities.
* Please note - the Hyatt Regency Dallas is a cash-free hotel and will only accept credit/debit cards at the cash bar.



Upper Level Sponsors

Ash Grove
Baker
Conseal
Controls Group
Euclid Chemical
GCP
Master Builders
PoreShield
PS=0
ACI Northeast Texas Chapter

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