Moderator: Dr John T Kevern
The objective of this session to be provide a broad overview of the application of pervious concrete considering mixture proportioning, construction, testing, and maintenance.
Learning Objectives:
(1) Understand how pervious concrete can be successfully created as a low carbon transportation material;
(2) Understand how various aspects of mixture proportions influence hardened pervious concrete properties;
(3) Identify how low-cost monitoring can be incorporated into new projects;
(4) Demonstrate successful application of low carbon transportation material concepts to pervious concrete mixture proportioning.
Moderators: Jason Coleman, Mr David A VanOcker
The new Guide for Responsibility in Concrete Rehabilitation, developed by Committee 132, covers the responsibility of key team members in a rehabilitation program, many of which vary significantly from those occurring in new construction. Clear program definition and delineation of program goals, performance expectations, and service life and maintenance cycles, are essential. The standard of care for the licensed design professional is often expanded in rehabilitation programs, beginning with condition assessments. Concealed and changed field conditions are a fundamental part of rehabilitation.
The program will benefit facility owners, design professionals, contractors and material suppliers who undertake rehabilitation programs. Session attendees will learn about key owner defined project criteria, challenges faced by the LDP in performing suitable condition assessments, critical design and contract document scope definition to address inevitable concealed and changed conditions, delegated design facets and clear delineation of responsibility between the LDP and Specialty Engineer, and other key facets to consider in planning and implementing a successful rehabilitation program.
Learning Objectives:
(1) Develop an understanding of the contract requirements for concrete rehabilitation projects compared to new concrete construction;
(2) Identify challenges associated with limited condition assessments that fail to expose concealed distress locations, leading to costly change orders and project delays during construction;
(3) Establishing program goals for structural performance, repair design, service life, and maintenance;
(4) Solutions for rehabilitation challenges from perspective of design professionals, contractors, material manufacturers, and owner.
Moderator: Mr Neal S Anderson
Advancements in Anchoring to Concrete Construction –
Commemorating the lifetime contributions of Prof. Dr.-Ing. Rolf Eligehausen
We have & will be receiving abstracts from Germany and other European countries. Prof. Dr.-Ing. Rolf Eligehausen is a name synonymous with anchorage to concrete and bond, and his research contributions for the last 50 years have been paramount to advancing the state-of-the-art in anchorage technology. This symposium will recognize and celebrate the extraordinary contributions of Prof. Dr.-Ing. Eligehausen in the field of anchorages in concrete construction.
This symposium and the proposed peer-reviewed Special Publication (SP) will target several current issues on the topic of anchorage to concrete. This SP is anticipated to provide a reference document for the present state-of-the-art.
Learning Objectives:
(1) Learn about research into Chapter 17 issues;
(2) Learn about research into anchoring armor angles at a slab edge;
(3) Learn about fatigue behavior of concrete anchors;
(4) Learn about the effectiveness of anchor reinforcement on post-installed anchors.
Moderator: Mr Stephen S Szoke
Overview of the evolution of an idea into a rule or regulation with discussions focused on the model code development process in the United States, including code change proposals being considered for the 2027 International Code Council model codes; development of regulations in state and local codes and government agencies; and the role of standards, new venues for referencing standards, and need for local engagement.
Design Professionals, Contractors, Producers, Chapter Leadership, Students, and Educators.
Learning Objectives:
(1) Understand the development processes for rules and regulations with an emphasis on building codes;
(2) Discover key concepts being proposed for the 2027 International Code Council and National Fire Protection Association model building codes;
(3) Recognize the expanding scopes of codes and standards and new venues for outreach and advocacy;
(4) Identify resources and opportunities to advocate for the proper advancement of concrete technology and to control your business’s destiny.
Moderators: Dr Ogulcan Canbek, Dr Islam Mantawy
State-of-the art machine learning applications in modeling cement and concrete properties will be explored in this session. Industry professionals, and researchers will demonstrate AI`s game-changing role in concrete science. Attendees will gain insight into AI applications in 3D concrete printing, concrete mixture optimization, crack detection and understanding composition-property linkages.
Industry professionals, civil engineers, material scientists and researchers should attend. Potential outcomes for attendees include learning how various ML techniques can be implemented towards efficient concrete design.
Learning Objectives:
(1) Evaluate the transformative impact of generative AI on concrete material science;
(2) Analyze machine learning's capability in linking cement composition to properties;
(3) Review predictive analytics in optimizing the mechanical properties of alternative binders;
(4) Assess active learning's role in real-time concrete mix design refinement.
Moderator: Mr Craig McKee
Building the Future with Nonmetallic Materials and Low-Carbon Concrete for Eco-Friendly Construction
This full-day workshop is jointly organized by NEx and NEU. This comprehensive workshop will delve into the forefront of sustainable construction practices, emphasizing the pivotal role of nonmetallic materials and low-carbon concrete in shaping a greener future. The workshop is designed to align with the missions and visions of both centers of excellence. Participants will explore innovative materials and techniques that reduce the environmental footprint of construction projects while enhancing durability and performance. Topics will include the development and application of nonmetallic materials, advancements in low-carbon concrete technology, and their contributions to eco-friendly construction practices.
Moderator: Mr Neal S Anderson
Advancements in Anchoring to Concrete Construction –
Commemorating the lifetime contributions of Prof. Dr.-Ing. Rolf Eligehausen
We have & will be receiving abstracts from Germany and other European countries. Prof. Dr.-Ing. Rolf Eligehausen is a name synonymous with anchorage to concrete and bond, and his research contributions for the last 50 years have been paramount to advancing the state-of-the-art in anchorage technology. This symposium will recognize and celebrate the extraordinary contributions of Prof. Dr.-Ing. Eligehausen in the field of anchorages in concrete construction.
This symposium and the proposed peer-reviewed Special Publication (SP) will target several current issues on the topic of anchorage to concrete. This SP is anticipated to provide a reference document for the present state-of-the-art.
Learning Objectives:
(1) Learn about research into anchorage technology;
(2) Learn about long-term performance of anchors under sustained load;
(3) Learn about the performance of very shallow anchors;
(4) Learn about post-fire performance of post-installed bonded anchors.
Moderators: Dr Franco Zunino, Dr Jason Weiss
To fulfill the decarbonization roadmap established for the concrete industry, the average substitution levels of clinker by SCMs need to increase from about 25% currently to above 50%. This poses practical challenges in terms of early-age strength development and flowability properties of fresh concrete. This session will cover aspects of the early age reactivity, rheology, hydration and development of strength. It is aimed for professionalsand scientists working with different types od low-carbon cements. At the end of the sessions, the attendees will be able to identify strategies to tackle the outstanding challenges related to early age performance of these systems.
Moderator: Mrs Denesha Price
Moderator: Leandro F. M. Sanchez
Moderator: Dr Nancy Beltran
Revolutionizing RCC Pavements will delve into recent research, design details, innovative construction methods, and the numerous sustainable advantages of roller-compacted concrete (RCC) pavements.
Learning Objectives:
(1) Learn about the project-specific parameters within PavementDesigner.org, such as traffic loads and material properties, to generate customized RCC pavement designs;
(2) Discover how advancements in research and construction practices have transformed the way we approach RCC pavements, optimizing durability and cost-effectiveness, and explore the sustainable benefits that come with the adoption of RCC pavements. From design considerations to state-of-the-art construction techniques, this session offers invaluable insights for anyone seeking to stay at the forefront of sustainable infrastructure development;
(3) Understand the fundamental design parameters involved in PavementDesigner.org for roller-compacted concrete (RCC) pavements, and how they contribute to the overall performance and longevity of the infrastructure;
(4) Become familiar with recent research findings to advance RCC pavements mixture design and structural design for ports and intermodal container yard applications;
(5) Explore the latest advancements in RCC pavement construction methods, including innovative techniques and technologies that enhance efficiency, quality, and safety during the construction process;
(6) Examine the sustainable advantages of RCC pavements compared to traditional pavement materials, such as reduced carbon footprint, lower life-cycle costs, and enhanced resilience to environmental factors.
Moderators: Rachel A Belcher, Ms Melinda G Reynolds
Topic: The AI Revolution in Structural Engineering
Speakers: Robert Otani
Description:
Robert Otani, Chief Technology Officer and Director of Core Studio at Thorton Tomasetti will speak about recent improvements in the capabilities of Artificial Intelligence and Machine Learning platforms, which are poised to fully automate structural design steps, particularly in the early stages of Architectural and Structural design.
PREREGISTRATION IS REQUIRED TO ATTEND. Tickets may be purchased at the ACI Registration Desk up to 24 hours prior to the event, based on availability. Please notify the ACI Registration Desk if you have any dietary restrictions.
Building the Future with Nonmetallic Materials and Low-Carbon Concrete for Eco-Friendly Construction
This full-day workshop is jointly organized by NEx and NEU. This comprehensive workshop will delve into the forefront of sustainable construction practices, emphasizing the pivotal role of nonmetallic materials and low-carbon concrete in shaping a greener future. The workshop is designed to align with the missions and visions of both centers of excellence. Participants will explore innovative materials and techniques that reduce the environmental footprint of construction projects while enhancing durability and performance. Topics will include the development and application of nonmetallic materials, advancements in low-carbon concrete technology, and their contributions to eco-friendly construction practices.
Moderator: Mr Neal S Anderson
Advancements in Anchoring to Concrete Construction – Commemorating the lifetime contributions of Prof. Dr.-Ing. Rolf Eligehausen
We have & will be receiving abstracts from Germany and other European countries. Prof. Dr.-Ing. Rolf Eligehausen is a name synonymous with anchorage to concrete and bond, and his research contributions for the last 50 years have been paramount to advancing the state-of-the-art in anchorage technology. This symposium will recognize and celebrate the extraordinary contributions of Prof. Dr.-Ing. Eligehausen in the field of anchorages in concrete construction.
This symposium and the proposed peer-reviewed Special Publication (SP) will target several current issues on the topic of anchorage to concrete. This SP is anticipated to provide a reference document for the present state-of-the-art.
Learning Objectives:
(1) Learn about seismic qualification of anchors;
(2) Learn about concrete break-out failure of hooked and headed bars in RC beam column joint;
(3) Learn about anchorage performance under predominant moment loading;
(4) Learn about anchor testing in high-strength concrete.
Moderator: Dr Franco Zunino
To fulfill the decarbonization roadmap established for the concrete industry, the average substitution levels of clinker by SCMs need to increase from about 25% currently to above 50%. This poses practical challenges in terms of early-age strength development and flowability properties of fresh concrete. This session will cover aspects of the early age reactivity, rheology, hydration and development of strength. It is aimed for professionalsand scientists working with different types od low-carbon cements. At the end of the sessions, the attendees will be able to identify strategies to tackle the outstanding challenges related to early age performance of these systems.
Moderators: Dr Ogulcan Canbek, Dr Islam Mantawy
State-of-the art machine learning applications in modeling cement and concrete properties will be explored in this session. Industry professionals, and researchers will demonstrate AI`s game-changing role in concrete science. Attendees will gain insight into AI applications in 3D concrete printing, concrete mixture optimization, crack detection and understanding composition-property linkages.
Industry professionals, civil engineers, material scientists and researchers should attend. Potential outcomes for attendees include learning how various ML techniques can be implemented towards efficient concrete design.
Learning Objectives:
(1) Understand the role of Machine learning in advancing concrete technology;
(2) Evaluate machine learning models for predicting thermal behavior in concrete structures;
(3) Explore the integration of AI in modern construction practices;
(4) Discover the benefits of AI in structural health monitoring.
Moderators: Dr Pravin Saraswatula, Dr Sriramya D Nair
Moderator: Mr Neal S Anderson
Advancements in Anchoring to Concrete Construction – Commemorating the lifetime contributions of Prof. Dr.-Ing. Rolf Eligehausen
We have & will be receiving abstracts from Germany and other European countries. Prof. Dr.-Ing. Rolf Eligehausen is a name synonymous with anchorage to concrete and bond, and his research contributions for the last 50 years have been paramount to advancing the state-of-the-art in anchorage technology. This symposium will recognize and celebrate the extraordinary contributions of Prof. Dr.-Ing. Eligehausen in the field of anchorages in concrete construction.
This symposium and the proposed peer-reviewed Special Publication (SP) will target several current issues on the topic of anchorage to concrete. This SP is anticipated to provide a reference document for the present state-of-the-art.
Learning Objectives:
(1) Learn about nonlinear modelling of anchorages;
(2) Learn about design techniques of anchor groups with arbitrary anchor layouts;
(3) Learn about opportunities for improvement in anchoring to concrete design;
(4) Learn about fire resistance design of mechanical and bonded anchors.
Moderators: Dr Pravin Saraswatula, Dr Sriramya D Nair
Moderator: Mr Robert B Esplin
We are currently working with members of 565 Lunar concrete, American Shotcrete Association, and members of International Association for Shell and Spatial Structures (IASS) to be some of our speakers. This session will help people understand how shells are currently being designed and used. They will also get an introduction to the recently released PRC-334.1 document. This session will be for anyone who wants to learn about the exciting new ways shells are being designed and used to produce sustainable structures.
Faculty members and graduate students are invited to attend this informal reception for an opportunity to exchange ideas and network. Light hors d'oeuvres and a cash bar will be available.
Join ACI attendees and guests for this two-story Concrete Mixer. Enjoy an evening of networking, entertainment, and great food. Held at the Philadelphia Marriott Downtown, the mixer will take place over two floors (Level 4 – Franklin Hall Foyer and Level 5 – Grand Ballroom E&F + Foyer). An assortment of food and beverages will be available.