Infrastructure

Dr. Anand Puppala Recently Named Director of the Center for Infrastructure Renewal at Texas A&M University RELLIS Campus

February 8, 2023 by Pamela Mize

Dr. Anand Puppala Recently Named Director of the Center for Infrastructure Renewal(CIR) at Texas A&M University RELLIS Campus

Dr. Anand Puppala, is currently A.P. and Florence Wiley Chair at Zachry Department of Civil and Environmental Engineering, Texas A&M University & Director of Center for Infrastructure Renewal (CIR).

As the Director of the Center for Infrastructure Renewal (CIR), a joint center between the Texas A&M Engineering Experiment Station and the Texas A&M Transportation Institute, he leads the center as a global source for the development of transformative infrastructure solutions. Through cross-industry and government agency collaboration, the CIR facilitates the creation of state-of-the-art methods, technologies and solutions that society needs for infrastructure renewal. The CIR is a unique 138,000-square-foot research, testing and training facility, which was the first new facility on the Texas A&M RELLIS campus. The CIR currently houses researchers who are developing advanced and sustainable materials and structural systems that will reduce cost and extend infrastructure life, safety, resiliency and durability.

He has been conducting research on Stabilization of expansive soils, Sustainable utilization of recycled materials, Dams and embankments, In situ intrusive methods for site characterization, and Pavement material characterization studies. Dr. Puppala’s research is also highly regarded by the professional community.

Despite all of his positions, Dr. Puppala keeps busy discussing his students’ projects, working with faculties, and addressing different research issues. Dr. Puppala sits in various meetings throughout his day, he is a faculty member at the Zachry Department of Civil and Environmental Engineering, and also participates in regular meetings with the Faculty on research on innovative ideas. Dr. Puppala tries to create opportunities and new networking lines at Texas A&M University College of Engineering as well as in other universities and industries.

Please congratulate him on his recent appointment as Director of the CIR.

CIR Preparing for Huge Lab Move

November 3, 2017 by cirtamu

Anyone who’s ever moved knows there are a thousand little things to worry about. Should we keep this item? How are we going to move that thing!? Can we fit everything into this new space?

Usually, though, most moves involve only one house. Now, think about moving a dozen houses.

That’s the situation facing the Center for Infrastructure Renewal (CIR), which will be the home for 13 labs. As construction on the CIR enters the home stretch, the center is busy making all the preparations ahead of its big lab move to ensure the CIR is ready to operate when the move is complete.

To prepare for the big lab move, Dr. Peter Keating, Associate Professor, Texas A&M Zachry Department of Civil Engineering, and Director of The Structural and Materials Testing Lab, and Duane Wagner, facilities manager with Texas A&M Transportation Institute (TTI), are working with all 13 CIR lab users in order to schedule the move-in process.

“Lab moves are never easy so we’re working with all parties involved to gather as much data and information beforehand to plan for a smoother lab move process,” said Keating, who also will serve as CIR Operations Manager.

The lab moves should take about 6-8 weeks, beginning in early December. After the labs are moved, the lab equipment also will need to be recalibrated. Then the furniture will be brought into the center. All of this activity will continue into February.

“We’re working as hard as we can and doing everything we can to be prepared for Day 1 of the move,” said Wagner. “

In that regard, to prepare for the move, Keating, Wagner and CIR are coordinating with each lab user. As part of the coordination process, they are collecting information and capabilities on the equipment to be used in each of the 13 labs. Keating and Wagner anticipate that more than 300 pieces of equipment could be housed in the new CIR, so collecting a good equipment list is crucial for the lab move. But, the equipment lists also will be used for other purposes too.

“The equipment lists will be utilized with a Laboratory Information Management System (LIMS) that will enable the CIR to operate more efficiently and effectively and to ensure we get the maximum value out of our research operations,” said John Barton, Assistant Vice Chancellor Texas A&M University System, RELLIS Director and CIR Executive Director.

CIR will use the same LIMS system that is being implemented into 30+ labs across the Texas A&M campus over the next few years. The LIMS system has the capabilities to schedule lab equipment; manage projects, customers, invoices and billing; monitor equipment usage; etc.

“In addition to the usefulness of the LIMS system, we’ll also use the lists of equipment to generate materials that detail each lab’s capability,” Barton said. “This information and these materials will be used to supplement research grant applications and market the CIR to external audiences as we pursue opportunities to develop transformative infrastructure solutions.”

New Textbook, Workshop Focus on Improving Pavements by Combining Science and Computational Analysis

October 24, 2017 by cirtamu

Researchers with the Texas A&M Engineering Experiment Station (TEES) and the Texas A&M Transportation Institute (TTI) have combined their expertise to co-author Modeling and Design of Flexible Pavements and Materials, a first-of-its-kind book with the potential to transform the way pavements are installed. The approach emphasizes the use of computational modeling to create longer-lasting, less-costly pavements. The authors will share their methodologies and findings in a continuing education short course titled Computational Analysis and Design of Flexible Pavement April 18-19, 2018.

“We’ve combined the science associated with the chemical makeup and physical properties of all the components of asphalt with computational modeling to create a tool that can be used to build finite element algorithms,” TTI Senior Research Engineer Dr. David Allen, director of TTI’s Center for Railway Research, explains. “These algorithms can then be used to predict the performance of the roadway over time.”

When the CIR opens in 2018, Allen will operate the Center for Railway Research as one of the 13 CIR labs.

Allen co-authored the book with Dr. Amit Bhasin and Dr. Dallas Little. Bhasin is an associate professor at The University of Texas’ Department of Civil, Architectural and Environmental Engineering. Little is a Regent’s Professor and E.B. Snead Endowed Chair Professor in the Zachry Department of Civil Engineering at Texas A&M, as well as a TTI senior research fellow.

“In the first part of the book, Bhasin and I set the stage by examining the chemistry and physical properties of the various materials that make up asphalt, including additives, so that we can model them in Dr. Allen’s sophisticated computational models,” Little says. “This book is unique because materials science is combined with computational analysis, advancing the way we design our roadways of the future.” He notes that the textbook could be used in a new graduate course currently in development.

Meanwhile, registration is under way for the short course offered by the Center for Infrastructure Renewal (CIR)—a joint center between TEES and TTI— and will be held at the Texas A&M Mays Business School at CityCentre in Houston, Texas. Early bird registration rates are available until Feb. 28, 2018. View the course details page to register for the short course and get more information.

“This short course is a perfect example of the collaborative, multi-disciplinary approach CIR will employ toward developing transformative infrastructure solutions,” said John Barton, Assistant Vice Chancellor Texas A&M University System, RELLIS Director and CIR Executive Director.

CIR Newsletter, Website Debut!

October 18, 2017 by cirtamu

The Center for Infrastructure Renewal (CIR) recently launched two new avenues for information and news about the CIR. The CIR Now is the quarterly newsletter devoted to the news, information and activities of the Center for Infrastructure Renewal (CIR). Each edition of The CIR Now will include stories and photos about the CIR and its labs, research, personnel, successes, impact, awards, etc.

“We are very excited about The CIR Now newsletter that will chronicle the activities of the CIR, a leading source for the development of transformative infrastructure solutions,” said John Barton, Assistant Vice Chancellor Texas A&M University System, RELLIS Director and CIR Executive Director.

The CIR will feature 13 labs focusing on research, innovation and workforce development to create these solutions in nine critical areas of infrastructure: chemical; communications; critical manufacturing; smart energy; information technology; nuclear reactors, materials and waste; transportation systems; water and wastewater systems; and healthcare and public health.

In addition, the CIR also has a new website! Located at https://cir.tamu.edu, the website features a complete overview of the CIR; its vision, mission and priorities; research; labs; people; etc.

The website also features the opportunity to subscribe to this newsletter, The CIR Now, and to register for any short courses and workshops being led by CIR. Currently, a CIR short course entitled Computational Analysis and Design of Flexible Pavement is being offered April 18-19 at the Mays Business School at CityCentre in Houston. View the course details page to register for the short course and get more information.

CIR Already Pursuing Vision

October 18, 2017 by cirtamu

Activity with the Center for Infrastructure Renewal (CIR) is moving along as briskly as construction on the new CIR building at the RELLIS Campus. With all that movement, the CIR continues grading the road ahead toward its vision of being the leading source for the development of transformative infrastructure solutions.

In late summer and throughout the fall, CIR personnel have been busy laying the groundwork for the center’s future by hosting two workshops and an idea lab, and attending a national symposium on infrastructure.

In late summer, CIR partnered with the Cullen College of Engineering at the University of Houston to host a Smart and Connected Communities workshop.

“We were able to identify research ideas for a joint Texas A&M and University of Houston proposal targeted for the NSF S&CC program in 2018,” said John Barton, Assistant Vice Chancellor Texas A&M University System, RELLIS Director and CIR Executive Director.

In September, Dr. Julian Kang, associate professor in the Department of Construction Science at Texas A&M, hosted a Virtual Reality and Simulation (VRS) Lab workshop. Kang informed attendees how VRS Lab can help other professors conduct their research.

“Virtual reality truly is cutting-edge technology with the potential to transform the way we research, understand and develop solutions to many of today’s infrastructure issues,” Kang said. “It’s important for others to learn how this exciting technology can assist their research and development activities.”

Additionally, CIR personnel also attended a symposium in September at the George Bush Presidential Library and Museum. The symposium, Barriers & Opportunities for Renewing our National Critical Infrastructure, featured a variety of participants from academia, industry and government, including U.S. Rep. Bill Shuster (R-PA), chairman of the House Transportation and Infrastructure Committee.

“This was a very successful symposium as we identified several paths forward in the effort to renew our national critical infrastructure,” Barton said. “This symposium helped us better understand where we are today and how to go forward in the future.”

Similarly, the CIR hosted an Idea Lab Manufacturing Workshop in late September. The two-day workshop included a collaboration of academia from Texas A&M, the University of Houston and the University of North Texas to brainstorm new ideas on three key work areas: new expansion of infrastructure; upgrading and refreshing existing infrastructure; and maintain existing aged assets. Furthermore, the Idea Lab group discussed how these topics apply across critical areas such as the private sector, civil sector and the military.

“The Idea Lab was very fruitful for us as we identified a number of areas where we can jointly pursue research funding and grants that can have a transformational impact in these sectors,” Barton said.

CIR to Open in 2018

October 18, 2017 by cirtamu

Construction on the new Center for Infrastructure Renewal (CIR) continues to move along briskly at the Texas A&M University System’s (TAMUS) RELLIS Campus, located at the southwest corner of State Highways 21 and 47. The new CIR should open in the first quarter of 2018!

That’s exciting because the CIR will be a leading source for the development of transformative infrastructure solutions.

“The CIR will develop infrastructure solutions that last longer, cost less and can be built in less time,” said John Barton, Assistant Vice Chancellor TAMUS, RELLIS Director and CIR Executive Director.

Considering all the current news about infrastructure, that’s important! These days everyone is aware of infrastructure problems that range from road construction and bridge failures to power outages, train derailments and overcrowded airports.

The need to develop solutions for infrastructure renewal was recognized by the Texas Legislature in 2015 when it appropriated $5 million in debt service for the construction of the CIR as a joint center between two renowned state agencies, the Texas A&M Engineering Experiment Station (TEES) and the Texas A&M Transportation Institute (TTI). Both TEES and TTI have decades of experience solving engineering, research and transportation issues.

The CIR will solve infrastructure issues as a state-of-the-art, 138,000-square foot facility that provides the multidisciplinary research environment necessary for attracting significant cross-industry and government agency participation. The research conducted at the CIR will improve the safety, security, longevity, efficiency, performance, resiliency, financial feasibility and sustainability of our state and nation’s infrastructure.

“The CIR will facilitate the creation of state-of-the-art methods, technologies and solutions for infrastructural renewal,” Barton said. “We will accomplish this by focusing on multidisciplinary research, innovation and workforce development.”

The one-of-a-kind CIR will contain large-scale laboratories for testing full-scale infrastructure components; a smart grid laboratory; sensor and corrosion laboratories; advanced materials testing facilities; a state-of-the art virtual reality and simulation laboratory; smart infrastructure monitoring laboratories; and asphalt, concrete and soils innovation facilities to accelerate knowledge into practice. The CIR will be placed in the premier high-tech research, technology development and education environment at the new RELLIS Campus.

Additionally, the CIR will both seek out and share infrastructure knowledge and innovation through a series of collaborations, workshops, summits, advanced training, knowledge sharing communities and professional development programs. Through these activities, the CIR will accelerate the integration and sharing of knowledge that can quickly improve and renew the nation’s infrastructure.

“While we’re very excited about opening the building,” Barton said, “the CIR already is positioned on the leading edge for developing transformative infrastructure solutions with our current workshops, symposiums and research-focused efforts post Hurricane Harvey.”

The CIR should be ready to open in the first quarter of 2018. Stay tuned – more details are coming soon on the grand opening for this new world-class research, innovation and workforce development center.