Funding

Dr. Banerjee's current and past research activities (as PI or Co-PI) are supported by multiple goverment and private agencies

Boeing Comany

NDE Bucket : Task 1: Energy Harvesting for NDI sensors Task 3: Modeling Ultrasonic Wave in Laminated Composites Task 4: Detection of Wrinkled fibers in Composite

Duration:2016-2019

Role:PI

Cost:$705,601.00

United States Department of Agriculture

TOXIMAP to evaluate the incidence of mycotoxins in US crop fields

Duration:2017-2020

Role:Co-PI

Cost:$500,000.00

USDA Natural Resources Conservation Service

Using cover crops and soil health to reduce crop stress and Aflatoxin contamination

Duration:2015-2016

Role:Co-PI

Cost:$74,516.00

Acellent Technologies Inc.; Army Research Laboratory

Phase I SBIR: A Realtime Precursor Diagnostics and Prognostics System for Zero Maintenance Rotorcrafts

Duration:2015-2016

Role:PI

Cost:$24,723.00

NASA Langley Research Center

Multi-scale Computational Nondestructive Evaluation (NDE) of Space Composites

Duration:2015-2018

Role:PI

Cost:$775,072.00

NASA SC Space Grant

A Novel Computational Method for Nondestructive Evaluation of Space Composites

Duration:2015-2016

Role:PI

Cost:$14,000.00

ASPIRE I Innovation Grant, University of South Carolina - A Seed Grant to generate preliminary data for Goverment Proposals

Is it Possible to Quantify the growing Entropy due to Damage in Composite Materials?

Duration:2015-2016

Role:PI

Cost:$14,000.00

National Cancer Institute (NCI)/NIH via Center for Colon Cancer Research Pilot Project Grant, University of South Carolina

Center For Colon Cancer Research: Mechanical Landscaping of the Colon by Gut Microflora (Pilot Project)

Duration:2014-2015

Role:Co-PI

Cost:$50,000.00

ASPIRE II Integration Grant, University of South Carolina

Uncertainty Quantification Driven Multi-scale Model Development for Aflatoxin Production

Duration:2014-2015

Role:Co-PI

Cost:$100,000.00

Skolkovo Institute of Science and Technology, Russia

Advanced Structures Process and Engineered Materials (ASPEM): Predictive Multi-scale Quantification of Precursor to Damage State in Composites

Duration:2014-2019

Role:Co-PI

Cost:$2,300,000.00

National Institute of Standards and Technology

Development of Scalable Cognitive Autonomous Nondestructive Sensing network (SCANSn) for Advanced Health Management of Civil Infrastructures

Duration:2009-2012

Role:Co-PI

Cost:$3,000,000.00

Air Force Office of Scientific Research

Development of Cascading Sensor Layer Network  (CSLAN) System for Corrosion Monitoring in Aircraft Structures

Duration:2009-2011

Role:PI

Cost:$850,000.00 (Phase I+Phase II)

Office of Naval Research

SHM System Development for Detection of Corrosion in Ship Hulls made of 5xxx Aluminum

Duration:2011

Role:PI

Cost:$

Airbus

Automation of Ultrasonic Testing Technologies for CFRP Inspections: Damage Differentiation and Sensor/Actuation Optimization

Duration:2010-2012

Role:PI

Cost:$

EMBRAER

Experimental Determination of Probability of Detection of Fatigue Damage in Metallic joints with Friction Stir Welding.

Duration:2011

Role:PI

Cost:$

Thales Alenia, Italy

Structural Health Monitoring Technology for Aerospace Propellant Tanks

Duration:2010

Role:PI

Cost:$