Research Highlights

    • Trishelle Copeland-Johnson is a Ph.D. student in materials science and engineering. She was recently awarded an American Society for Nondestructive Testing Fellowship for her research in new materials for nuclear reactors.

    • Paul Durbin is creating new hybrid, adaptable computational models to predict transitions from laminar fluid flow to turbulence and to simulate the turbulent flow. Right now, engineers rely on two types of turbulence modeling: average flow calculations, which offer high efficiency, but less detail, and eddy-resolving calculations, which offer more detail about turbulence, but take […]

    • Reza Zoughi, a research and teaching leader in nondestructive evaluation, has joined Iowa State University as the director of the Center for Nondestructive Evaluation and the Kirby Gray (Battelle) Chair in Engineering in the Department of Electrical and Computer Engineering.

    • Lizhi Wang, associate professor of industrial and manufacturing systems engineering, is applying process optimization and machine learning to improve crops’ adaptability to new environmental conditions. Wang, also an Iowa State Plant Sciences Institute Faculty Scholar, serves as the principal investigator for the project supported by a $2 million grant from the National Science Foundation.

    • If 3-D printing can quickly and efficiently create machine parts, could it also quickly and efficiently create bridges and buildings after natural disasters? Kejin Wang, Wilson Professor of Engineering in civil, construction and environmental engineering, is leading advanced research in the emerging field of 3-D concrete printing. She aims to add 3-D concrete printing to […]

    • The devastating effects of traumatic brain injuries caused by flying, penetrating objects following a blast are well documented. What remains unknown are the specifics of how shock waves, created immediately after detonation of explosive devices, damage the brain.

    • nanovaccine students

      The headlines and feature stories have become frequent for the Iowa State University-based Nanovaccine Institute, a multidisciplinary network of scientists devoted to transforming the development and delivery of vaccines and therapeutics that will fight deadly diseases worldwide. Led by Iowa State Chemical and Biological Engineering Anson Marston Distinguished Professor and Vlasta Klima Balloun Faculty Chair […]

    • Raj Raman

      Raj Raman, Morrill Professor of agricultural and biosystems engineering, sees the purpose of any university as creating new knowledge and building human capital. In his research to improve engineering education, Raman does both.

    • When mom said “breakfast is the most important meal of the day,” she couldn’t have imagined what Cyclone Engineer Tom Mansell has cooking. Mansell is creating new probiotics and prebiotics that will treat disease as you eat your morning cup of yogurt.

    • Three Iowa State University Cyclone Engineers have been selected for the 2019 National Science Foundation’s Faculty Early Career Development Program (CAREER).

    • Kaoru Ikuma with grad student

      Kaoru Ikuma (pictured, right), assistant professor in civil, construction and environmental engineering, is bringing clarity – clear, clean drinking water and clear answers – to environmental microbiology questions about water quality. She and her team are researching drinking water and waterbodies to improve public health protection. Drinking water disinfection Ikuma and her team are studying […]

    • From taxicabs of yesterday to rideshares of today to…autonomous personal aircraft of tomorrow? To see the future of getting around congested urban areas, look up in the air. Peng Wei, assistant professor of aerospace engineering, is developing air traffic management systems to make Urban Air Mobility (UAM) a safe, efficient and scalable reality.

    • Adarsh Krishnamurthy (pictured, left) and Ming-Chen Hsu (center) got to talking about their research interests – Krishnamurthy works in simulating cardiac mechanics and Hsu in simulating valve dynamics – when they had an idea. “He had the heart without the valve, and I had the valve without the heart,” Hsu said. “We thought ‘why don’t […]

    • Kristen Cetin, assistant professor of civil, construction and environmental engineering, is harnessing smart energy technologies to enhance building performance and occupant comfort. “We’re combining the power of sensors, automation, the internet of things and modeling to create data-driven, real-time energy efficiency strategies for the built environment,” said Cetin.

    • Robotic plant measurements

      Photography by Chris Gannon Lie Tang’s research team designs plant measuring robots that quickly and accurately collect the plant-trait data needed for data-driven crop performance research. “We combine intelligent robotics and sensing technologies to improve both the throughput and the quality of plant measurements, a core need in the growing fi eld of predictive plant […]

    • Renewable energy offers promise for cleaner, cheaper electricity, but the variability in its production levels introduces new levels of uncertainly into the electric power system. Sarah Ryan, Joseph Walkup Professor in Industrial and Manufacturing Systems Engineering, is developing new stochastic optimization techniques to help electric system operators effectively plan for deeper integration of renewables.

    • Namrata Vaswani

      Big data holds big potential for solving pressing problems of our time – but big data also brings the significant challenge of working with high dimensional data sets. Namrata Vaswani , professor of electrical and computer engineering, is developing novel algorithms for high-dimensional data recovery. Her algorithms can recover data from noisy or distorted measurements […]

    • Cleaner, Greener Technologies Xiaoli Tan is creating new materials needed to solve international sustainability and environmental challenges. Tan, professor of materials science and engineering, is an expert in designing, creating and measuring new compositions of functional oxide ceramics, materials widely used in electronics. “Our goal is to establish the interrelationships between materials’ composition, microstructure, and […]