Description
The manuscripts included herein introduce common learning theories and methods in engineering education that can be specifically applied to the topics of reinforced concrete and concrete materials. The papers focus on the application of these theories to specific concrete-related topics and suggest ways to implement these methods in university classrooms. The primary goal of this Special Publication is to provide pedagogical resources, ideas, and techniques that can be implemented by anyone that accepts the challenge of teaching reinforced concrete and concrete materials, from a new instructor to an experienced professor.
To disseminate effective teaching methods among a global group of educators and learners, ACI Committee S802 organized two sessions entitled “Best Practices and Lessons Learned for Teaching Concrete Materials and Reinforced Concrete” at the Spring 2021 ACI Virtual Convention. The first session was focused on best practices teaching concrete materials and the second session was focused on best practices teaching introductory reinforced concrete. The manuscripts in this Special Publication are organized in the order in which they were presented at the ACI Convention.
The co-editors, Dr. Benjamin Dymond and Dr. J. Chris Carroll, are grateful for the contributions from the Special Publication authors and sincerely value the time and effort of the authors in preparing the papers in this volume. Furthermore, the Special Publication would not have been possible without the effort expended by the experts who peer reviewed the papers in this volume.
Table of Contents
SP-359-1:
Effective Teaching Methods in Concrete Education 1-17
Authors: Matthew K. Swenty, Benjamin Z. Dymond, J. Chris Carroll
SP-359-2:
Approaches to Teaching Cement Hydration Processes to Undergraduate Students 18-38
Authors: Lisa E. Burris, Kenneth C. Hover, Anton K. Schindler, Aleksandra Radlińska
SP-359-3:
Pedagogical Techniques used to Teach Fresh and Hardened Concrete Properties 39-53
Authors: Kacie C. D’Alessandro, Andrei Ramniceanu, Jacob D. Henschen, Matt O’Reilly
SP-359-4:
Teaching Additive Manufacturing with Consideration for Cementitious Materials 54-68
Authors: Jacob D. Henschen, Daniel Blood, Shiho Kawashima, Heather A. Kirkvold
SP-359-5:
Effective Teaching Methods for Non-destructive Testing Techniques 69-89
Authors: Armen Amirkhanian and Eleanor Skelton
SP-359-6:
Pedagogical Techniques used to Teach Detailing of Reinforced Concrete Structures 90-108
Authors: Kacie C. D’Alessandro, Matthew K. Swenty, Eric S. Musselman
SP-359-7:
Teaching the Equivalent Rectangular Stress Block 109-126
Authors: J.Chris Carroll, Benjamin Z. Dymond, Anahid A. Behrouzi
SP-359-8:
Teaching Flexural Strength Failure Modes in Reinforced Concrete I 127-144
Authors: Royce W. Floyd, Karl F. Meyer, Brandon E. Ross
SP-359-9:
Active and Visual Methods for Teaching Nonrectangular Reinforced Concrete Beams 145-161
Authors: J.Chris Carroll, Anahid A. Behrouzi, Karl F. Meyer
SP-359-10:
Approaches for Teaching Shear Analysis and Design of Reinforced Concrete 162-181
Authors: Matthew D. Lovell, Royce W. Floyd, Benjamin Z. Dymond, Kenneth C. Hover