Sandwich Structures for Turbine Engine Combustor Shrouds Using Thermal Spraying
Application of Thermal Spraying in Fabrication of High Temperature Engine Components
Supported by: ND NASA EPSCoR
Status: In Progress
Additively Manufactured High Temp Friction Stir Tooling through Thermal Spray Techniques
Improve Service Life of FSW Tooling using Additive Manufacturing Technology
Supported by: US Department of Defense (DOD) & National Center for Manufacturing Science (NCMS)
Status: In Progress
Development of A Model to Predict Residual stress Formation in Thermal Spray Coatings
In collaboration with Dr. Annie Tangpong (ME-NDSU)
Develop an Experimental-computational Model to Estimate Residual Stress in Thermal Sprayed Coating Materials
Supported by: ND EPSCoR
Status: Completed
New Coatings for Brake Rotors
In collaboration with Dr. Annie Tangpong (ME-NDSU)
Design and Fabrication of New composite Coatings for Brake Rotors
Supported by: ND EPSCoR
Status: Completed
Development of A Novel Thermochemical Adsorption Material Using Additive Manufacturing
In collaboration with Dr. Adam Gladen (ME-NDSU)
Develop a novel, high energy-density, thermal energy storage system for space exploration and seasonal thermal storage on Earth
Supported by: NASA- ND EPSCoR
Status: Completed
Mitigating Pipeline Corrosion using Smart Coating System
In collaboration with Dr. Ying Huang (CEE-NDSU)
Corrosion Prevention in oil and gas pipelines using an intelligent protective coating
Supported by: US Department of Transportation (DOT)-PHMSA (CAAP FY15)
Status: Completed
A New Design to Improve Life Expectancy of Total Ankle Replacement (TAR)
In collaboration with Dr. Chad Ulven (ME-NDSU) & Dr. Jared Aelony, DPM (Essentia Health)
Post-Doc: Dr. Mehdi Salimi Jazi
Investigate the performance and properties of new developed TAR.
Supported by: ND Department of Commerce
Status: Completed
Switchable Adhesives
In collaboration with Dr. Andrew Croll (Physics-NDSU)
Post-Doc: Dr. Nassibeh Hosseini
Investigate the compliance to control adhesive force capacity.
Supported by: ND Department of Commerce
Status: Completed
Self-sensing Coatings for Pipeline Corrosion Prevention
In collaboration with Dr. Ying Huang (CEE-NDSU)
Design and development of composite sensors by application of thermal spraying technique.
Supported by: US Department of Transportation (DOT)-PHA 30
Status: Completed
Multilayer Insulation for Spacecraft Structures
In collaboration with Dr. Ying Huang (CEE-NDSU)
Composite insulation for advanced performance monitoring system of spacecrafts.
Supported by: NASA- ND EPSCoR
Status: Completed
Ceramic Coatings for Automotive Industry
In collaboration with Drs. Annie Tangpong (ME-NDSU) & Yechun Wang (ME-NDSU)
Materials selection, design, fabrication, characterization and testing of ceramic coatings.
Supported by: Ford Motor Company
Status: Completed
Image-Based Thermo-mechanical Characterization of the Thermal Spray Coatings
In collaboration with Dr. G. Karami
Development of an enhanced micromechanics-based microstructural FEM tool to characterize three-dimensional volume elements (RVEs) of the coatings.
Supported by: NASA- ND EPSCoR
Status: Phase (I): Completed Spring 204
Phase (II): Completed Fall 2015
High Temperature Corrosion Measurement
In collaboration with Dr. Vicki Gelling (CPM-NDSU), Dr. Chad Ulven (ME-NDSU)
Design and development of high temperature corrosion measurement device.
Supported by: Boeing Research and Technology
Status: Completed
Investigation on Laser Cladding Components
In collaboration with Dr. Battocchi (CPM-NDSU), and R. Sailer (ME-NDSU)
Characterization and mechanical testing of steel components made by laser cladding.
Supported by: CAT REMAN (CATERPILLAR INC)
Status: Completed
Blast Pressure Gradients and Fragments on Ballistic Helmets and the Head and Brain Injury-Simultaneous Multiscale Modeling with Experimental Validation
In collaboration with Drs. G. Karami and M. Ziejewsky (ME-NDSU)
A multiscale computational-experimental study to model the human head and brain in an effort to address the level of brain injury under the impacts due to blast loading and ballistic fragments.
Supported by: US Department of Defense- DOD-ARO
Status: Completed
Design of Lightweight Composites
In collaboration with Dr. Chad Ulven (ME-NDSU)
Design, fabrication, and testing of light weight composite structures.
Supported by: SpaceAge Synthetics/US Navy Federal Appropriated Funding
Status: Completed
High Temperature Alloys
Experimental investigation on physical, mechanical, and microstructural properties of superalloys.
Status: Completed
Development of Advanced Structures for High Temperature Applications by Thermal Spraying
Fabrication of sandwich structures by deposition of high temperature materials (metals and ceramics) as skin on the foam core.
Status: Completed
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