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Alok Agrawal
Alok Agrawal
Department of Mathematics, Amity University, IIT Kanpur
Verified email at lko.amity.edu
Title
Cited by
Cited by
Year
Existence and survival of two competing species in a polluted environment: a mathematical model
JB Shukla, AK Agrawal, B Dubey, P Sinha
Journal of Biological Systems 9 (02), 89-103, 2001
682001
Modeling effects of primary and secondary toxicants on renewable resources
JB Shukla, AK Agrawal, P Sinha, B Dubey
Natural Resource Modeling 16 (1), 99-120, 2003
432003
Some mathematical models in ecotoxicology: Effects of toxicants on biological species
JB Shukla, AK Agrawal
Sadhana 24, 25-40, 1999
181999
Modeling the effect of toxicant on the deformity in a subclass of a biological species
A Kumar, AK Agrawal, A Hasan, AK Misra
Modeling Earth Systems and Environment 2, 1-14, 2016
122016
Effects of two or more toxicants on a biological species: a non linear mathematical model and its analysis
AK Agrawal, P Sinha, B Dubey, JB Shukla
Mathematical analysis and applications. Narosa Publishing House, New Delhi …, 2000
112000
A MODEL FOR THE ADVERSE EFFECT OF TWO TOXICANTS CAUSING DEFORMITY IN A SUBCLASS OF A BIOLOGICAL SPECIES
AK Agarwal, AW Khan, AK Agrawal
International Journal of Pure and Applied Mathematics 110 (3), 447-462, 2016
10*2016
Effect of a toxicant on a biological population causing severe symptoms on a subclass
AK Agrawal, JB Shukla
South Pacific Journal of Pure and Applied Mathematics 1 (1), 12-27, 2012
102012
The effect of an external toxicant on a biological species in case of deformity: a model
AK Agarwal, AW Khan, AK Agrawal
Modeling Earth Systems and Environment 2, 1-8, 2016
82016
A mathematical model for chemical defense mechanism of two competing species
B Dubey, JB Shukla, S Sharma, AK Agarwal, P Sinha
Nonlinear Analysis: Real World Applications 11 (2), 1143-1158, 2010
82010
Effects of Toxicants on Biological Species: Some non-linear mathematical models and their analyses
AK Agrawal
Ph. D. Thesis, Department of Mathematics, IIT Kanpur, INDIA, 1999
81999
A mathematical modeling of two phase hepatic mean blood flow in arterioles during liver cirrhosis
A Kumar, V Upadhyay, AK Agrawal, PN Pandey
International Journal of Applied Research 3 (7), 506-507, 2017
62017
A contraction mapping method in digital image processing
A Mishra, PK Tripathi, AK Agrawal, DR Joshi
International Journal of Recent Technology and Engineering 8, 193-196, 2019
52019
A Non-Newtonian Mathematical Model On The Two-Phase Renal Mean Blood Flow In Renal Arterioles With Special Reference To Diabetes
CV Harish, AK Agrawal, PN Pandey
International Journal of Engineering and Innovative Technology (IJEIT) 0 vol …, 2014
52014
Common fixed point under Jungck contractive condition in a digital metric space
A Mishra, PK Tripathi, AK Agrawal, DR Joshi
J. Math. Comput. Sci. 11 (3), 3067-3079, 2021
42021
A probabilistic approach in modeling the growth of cell population
A Mishra, PK Tripathi, AK Agrawal, DR Joshi
TEST Eng. Manage 83, 737-742, 2020
42020
A Study of Mathematical of two phase pulmonary blood flow in Lungs with special reference to Asthma
MK Srivastava, V Upadhyay, AK Agrawal, PN Pandey
International Journal of Engineering Research and Development 4 (1), 81-87, 2012
42012
Some fixed point theorems for expansion mappings
AK Agrawal, P Chouhan
Jnanabha 35, 197-199, 2005
42005
Modeling and stability of reprotoxin’s effect on dynamical behavior: a real-life application
AK Agrawal, C Singh, AK Agarwal, PK Tripathi
Modeling Earth Systems and Environment 6, 273-284, 2020
32020
A Mathematical model on two-phase hepatic systolic blood flow in hepatic arteriols with special reference to Hepatitis B
O Prakash, V Upadhyay, AK Agrawal, PN Pandey
International Journal ofApplied Research 1 (8), 318-323, 2015
32015
A mathematical model on the two–phase hepatic blood fl ow in arteriols with special refrence to hepatitis B
O Prakash, V Upadhyay, AK Agrawal, PN Pandey
Inter J Engineer Res Develop 9 (2), 57-62, 2013
32013
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