Články se zplnomocněním k veřejnému přístupu - Pradeep RohatgiDalší informace
Nedostupné nikde: 9
Graphene-reinforced aluminum matrix composites: a review of synthesis methods and properties
F Chen, N Gupta, RK Behera, PK Rohatgi
Jom 70 (6), 837-845, 2018
Zplnomocnění: US National Science Foundation
Effect of solidification time on microstructure, wettability, and corrosion properties of A205-T7 aluminum alloys
A Kordijazi, D Weiss, S Das, S Behera, HM Roshan, P Rohatgi
International Journal of Metalcasting 15, 2-12, 2021
Zplnomocnění: US National Science Foundation
Self-healing composite coatings based on in situ micro–nanoencapsulation process for corrosion protection
ACM Silva, AD Moghadam, P Singh, PK Rohatgi
Journal of Coatings Technology and Research, 1-29, 2017
Zplnomocnění: US National Science Foundation
Data-driven modeling of wetting angle and corrosion resistance of hypereutectic cast Aluminum-Silicon alloys based on physical and chemical properties of surface
A Kordijazi, SK Behera, S Suri, Z Wang, M Povolo, N Salowitz, P Rohatgi
Surfaces and Interfaces 20, 100549, 2020
Zplnomocnění: US National Science Foundation
Sand casting of surface alloyed butterfly valve with improved hardness and corrosion resistance by incorporating metal powders in-mold coatings
K Rane, M Beining, S Behera, A Kordijazi, A Kumar, P Rohatgi
International Journal of Metalcasting 16 (1), 359-369, 2022
Zplnomocnění: US National Science Foundation
Investigation Into Etching Effects on the Interface Strength Between Nickel Titanium and Bismuth Tin for the Creation of Metal Matrix Self Healing Composites
MI Haider, B Church, P Rohatgi, N Salowitz
Smart Materials, Adaptive Structures and Intelligent Systems 86274, V001T01A003, 2022
Zplnomocnění: US National Aeronautics and Space Administration
Manufacturing A206 Aluminum Alloy by Step Sand Casting: Effect of Solidification Time on Mechanical and Surface Properties of the Cast Samples Using Experimental and Simulation …
A Kordijazi, D Weiss, S Das, P Rohatgi
Light Metals 2021: 50th Anniversary Edition, 147-157, 2021
Zplnomocnění: US National Science Foundation
Control of Thickness and Microstructure of Surface Alloyed Layers on Mild Steels During Sand Casting
K Rane, S Behera, A Kordijazi, P Rohatgi
JOM 75 (1), 76-85, 2023
Zplnomocnění: US National Science Foundation
Residual Stress, Adhesion, Hardness, and Corrosion Resistance of Surface Alloyed Layer Formed during Sand Casting of Mild Steel
K Rane, S Behera, A Kordijazi, A Kumar, B Church, R Dasgupta, ...
Journal of Materials Engineering and Performance 32 (11), 4823-4833, 2023
Zplnomocnění: US National Science Foundation
Dostupné někde: 14
Mechanical, physical and tribological characterization of nano-cellulose fibers reinforced bio-epoxy composites: an attempt to fabricate and scale the ‘Green’composite
B Barari, E Omrani, AD Moghadam, PL Menezes, KM Pillai, PK Rohatgi
Carbohydrate polymers 147, 282-293, 2016
Zplnomocnění: US Department of Agriculture
Zn-matrix syntactic foams: Effect of heat treatment on microstructure and compressive properties
L Pan, Y Yang, MU Ahsan, DD Luong, N Gupta, A Kumar, PK Rohatgi
Materials Science and Engineering: A 731, 413-422, 2018
Zplnomocnění: US National Science Foundation
Effect of microstructure on contact angle and corrosion of ductile iron: Iron–graphite composite
SK Behera, A Kumar P, N Dogra, M Nosonovsky, P Rohatgi
Langmuir 35 (49), 16120-16129, 2019
Zplnomocnění: US National Science Foundation
Machine-learning methods to predict the wetting properties of iron-based composites
A Kordijazi, HM Roshan, A Dhingra, M Povolo, PK Rohatgi, ...
Surface Innovations 9 (2–3), 111-119, 2020
Zplnomocnění: US National Science Foundation
Strengthening in hybrid alumina-titanium diboride aluminum matrix composites synthesized by ultrasonic assisted reactive mechanical mixing
AD Moghadam, E Omrani, H Lopez, L Zhou, Y Sohn, PK Rohatgi
Materials Science and Engineering: A 702, 312-321, 2017
Zplnomocnění: US Department of Defense
Role of water solidification concepts in designing nano-textured anti-icing surfaces
B Gohari, K Russell, V Hejazi, P Rohatgi
The Journal of Physical Chemistry B 121 (32), 7527-7535, 2017
Zplnomocnění: US National Science Foundation
Predictive analysis of wettability of Al–Si based multiphase alloys and aluminum matrix composites by machine learning and physical modeling
A Kordijazi, S Behera, D Patel, P Rohatgi, M Nosonovsky
Langmuir 37 (12), 3766-3777, 2021
Zplnomocnění: US National Science Foundation
An innovative process for dispersion of graphene nanoparticles and nickel spheres in A356 alloy using pressure infiltration technique
S Das, A Kordijazi, O Akbarzadeh, PK Rohatgi
Engineering Reports 2 (1), e12110, 2020
Zplnomocnění: US National Science Foundation
Effect of microstructure and surface features on wetting angle of a Fe-3.2 wt% CE cast iron with water
S Riahi, B Niroumand, AD Moghadam, PK Rohatgi
Applied Surface Science 440, 341-350, 2018
Zplnomocnění: US National Science Foundation
A statistical analysis to study the effect of silicon content, surface roughness, droplet size and elapsed time on wettability of hypoeutectic cast aluminum–silicon alloys
A Kordijazi, SK Behera, O Akbarzadeh, M Povolo, P Rohatgi
Light Metals 2020, 185-193, 2020
Zplnomocnění: US National Science Foundation
Surface Alloying of Internal Surfaces of Low‐Carbon Steel Castings through Incorporation of Nickel, Nickel and Chromium, and 316L Stainless Steel Powders to Mold and Core Surfaces
A Kordijazi, M Beining, K Rane, S Behera, P Rohatgi
steel research international 93 (4), 2100385, 2022
Zplnomocnění: US National Science Foundation
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