Professor of Applied Mathematics Zagazig at University Faculty of Science, Egypt
Prof. Mohamed I.A. Othman, born on September 5, 1958, is a distinguished Egyptian mathematician specializing in thermoelasticity. He earned his Ph.D. in Mathematics from Zagazig University, Egypt, in 1994. With extensive contributions to the field, he is a prominent member of the Egyptian Mathematical Society, the American Mathematical Society, and the IBC Research Council. His research focuses on advanced mathematical theories, including two-temperature generalized thermoelasticity, thermoelastic diffusion, and piezo-thermoelasticity. With 365 published papers in international journals, Prof. Othman has made significant impacts in applied mathematics. He supervises a scientific school in thermoelasticity, mentoring 30 M.Sc. and Ph.D. students. A highly cited researcher, he ranks among the world’s top 2% scientists from 2020 to 2024, as recognized by Stanford University. His expertise and editorial roles in prestigious journals, including “Journal of Thermal Stresses” and “Frontiers in Physics,” highlight his influence in mathematical sciences. His work in reviewing for over 120 international journals underscores his commitment to academic excellence. His Google Scholar profile records 8,588 citations, an i10-index of 211, and an h-index of 53 as of February 16, 2025, demonstrating his widespread academic recognition and impact in the mathematical research community.
Professional Profile
Education
Prof. Mohamed I.A. Othman pursued his academic journey in Egypt, culminating in a Ph.D. in Mathematics from Zagazig University in 1994. His doctoral research laid a strong foundation in mathematical modeling and thermoelasticity, fields in which he later made significant contributions. His early education in Egypt provided him with a robust background in advanced mathematical theories and applications. Over the years, he has refined his expertise, delving deep into specialized areas such as thermoelastic diffusion, fiber-reinforced materials, and photothermal waves in semi-conducting media. His academic background, grounded in rigorous mathematical analysis, has enabled him to develop innovative models and theories that contribute to various branches of applied mathematics and physics. Beyond his formal education, Prof. Othman has continued to engage in lifelong learning, collaborating with leading scholars, attending international conferences, and staying at the forefront of research in mathematical sciences. His educational journey has not only shaped his own research trajectory but also influenced numerous students and researchers under his supervision, solidifying his reputation as a mentor and thought leader in the field of mathematical sciences.
Professional Experience
Prof. Mohamed I.A. Othman has had an illustrious career in academia and research, significantly impacting the field of mathematics. He has been actively involved in university teaching, mentoring, and research supervision, guiding over 30 M.Sc. and Ph.D. students in advanced mathematical theories. His extensive expertise has led to his involvement in editorial and review activities for prestigious international journals such as the “Journal of Thermal Stresses,” “Journal of Applied Mathematics and Computation,” and “Computers in Biology and Medicine.” He serves as a reviewer for over 120 international journals, showcasing his critical role in maintaining the quality and integrity of mathematical research. His professional experience extends to memberships in prominent academic societies, including the American Mathematical Society and the Egyptian Mathematical Society. His research contributions, particularly in thermoelasticity and photothermal sciences, have positioned him among the world’s top researchers. With a prolific publication record of 365 journal articles, Prof. Othman has established himself as a leader in applied mathematics. His professional journey reflects a dedication to knowledge dissemination, academic mentorship, and groundbreaking research in mathematical sciences.
Research Interests
Prof. Mohamed I.A. Othman’s research interests encompass a broad range of topics within mathematical physics and thermoelasticity. His pioneering work includes two-temperature generalized thermoelasticity, thermoelastic diffusion, thermoelasticity with voids, and fiber-reinforced materials. He has made substantial contributions to the study of micropolar thermoelastic mediums, photothermal waves in semi-conducting materials, and piezo-thermoelasticity. His research aims to bridge the gap between theoretical mathematics and real-world applications, offering insights into materials science, mechanical engineering, and computational physics. By developing mathematical models that describe heat transfer, wave propagation, and stress-strain relationships in different media, he has enhanced the understanding of complex physical phenomena. His work has significant implications for industries involving high-temperature materials, semiconductor technology, and structural mechanics. Prof. Othman’s commitment to advancing mathematical sciences is evident in his collaborations with scholars worldwide and his continued efforts in refining and expanding mathematical models. Through his research, he has helped shape the field of thermoelasticity, contributing to both fundamental knowledge and practical applications in engineering and materials science.
Research Skills
Prof. Mohamed I.A. Othman possesses exceptional research skills that have contributed to his success as a leading mathematician. His expertise in analytical and numerical methods has enabled him to develop complex mathematical models addressing thermoelasticity, wave propagation, and material behavior under stress. His ability to apply differential equations, finite element methods, and computational simulations has been instrumental in solving intricate problems in applied mathematics. As a seasoned researcher, he has an in-depth understanding of mathematical physics, making significant strides in the study of two-temperature models, micropolar elasticity, and photothermal interactions. His editorial and reviewing roles for over 120 international journals highlight his ability to assess and refine high-quality research. His scholarly contributions, recognized by Stanford University’s list of the world’s top 2% scientists, attest to his analytical proficiency and dedication to mathematical research. His ability to mentor and guide students in research methodologies and scientific writing further underscores his leadership in academia. With a keen eye for mathematical rigor and precision, Prof. Othman continues to push the boundaries of knowledge in applied mathematics.
Awards and Honors
Prof. Mohamed I.A. Othman has received numerous accolades throughout his distinguished career, underscoring his contributions to mathematical sciences. He has been recognized as one of the world’s top 2% scientists by Stanford University for five consecutive years (2020–2024), a testament to his research impact. His extensive publication record, featuring 365 papers in international journals, highlights his influence in the field. He is a respected member of academic societies such as the American Mathematical Society and the Egyptian Mathematical Society, further cementing his reputation in the global mathematical community. Additionally, his editorial roles in leading journals like “Journal of Thermal Stresses” and “Frontiers in Physics” reflect his standing as an authority in applied mathematics. His recognition extends beyond academia, as his research has practical applications in engineering, materials science, and computational physics. With an h-index of 53 and over 8,500 citations, his scholarly contributions continue to shape mathematical research worldwide. These accolades affirm his status as a leading mathematician and an influential figure in the field of thermoelasticity.
Conclusion
Prof. Mohamed I.A. Othman’s remarkable career in mathematics is characterized by groundbreaking research, extensive mentorship, and international recognition. His expertise in thermoelasticity and mathematical physics has positioned him among the most influential researchers in his field. As a dedicated academic, he has guided numerous M.Sc. and Ph.D. students, fostering the next generation of mathematical scientists. His contributions to over 365 publications and active involvement in prestigious journals demonstrate his commitment to advancing mathematical knowledge. His recognition as one of the top 2% scientists by Stanford University highlights the global impact of his work. With memberships in renowned academic societies and editorial positions in leading scientific journals, Prof. Othman continues to shape the field of applied mathematics. His impressive citation record and research metrics reflect the lasting significance of his contributions. As he continues to explore new frontiers in mathematical sciences, his legacy as a scholar, mentor, and researcher remains firmly established, ensuring that his influence will be felt for years to come.
Publication Top Notes
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Effect of mechanical force on a rotating diffusive-thermoelastic solid with microconcentration via Moore-Gibson-Thompson theory
- Authors: M.I. Othman, S.M. Said, R.A. Fathy, M.G. Eldemerdash
- Year: 2025
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A new three-phase-lag model for magneto-thermoelastic diffusive medium with microconcentration
- Authors: M.I. Othman, S.M. Said, R.A. Fathy, M.G. Eldemerdash
- Year: 2025
- Citations: 1
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Porothermoelasticity of thermally shocked asphalt material under a multi-phase lag model
- Authors: E.M. Abd-Elaziz, M.I. Othman
- Year: 2025
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Effects of Rotation and Nonlocality on the Thermoelastic Behavior of Micropolar Materials in the 3PHL Model
- Authors: R.A. Fathy, E.E.M. Eraki, M.I. Othman
- Year: 2025
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Effects of rotation and inclined load on a nonlocal fiber-reinforced solid with temperature-dependent using the modified Green-Lindsay theory
- Authors: S.M. Said, M.I. Othman, R.A. Fathy, E.M. Gamal
- Year: 2024
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Influence of the homotopy stability perturbation on physical variations of non-local opto-electronic semiconductor materials
- Authors: A. El-Dali, M.I. Othman
- Year: 2024
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Three-phase lag model for thermal conductivity of a thermo-viscoelastic porous medium
- Authors: M. Fekry, M.I. Othman
- Year: 2024
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A comparative study of temperature-dependent characteristics and non-local behavior in a submerged microstretch thermoelastic medium using two models
- Authors: M.I. Othman, E.E.M. Eraki, M.F. Ismail
- Year: 2024
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Propagation of plane waves in nonlocal semiconductor nanostructure thermoelastic solid with fractional derivative due to ramp-type heat source
- Authors: E.M. Abd-Elaziz, A. Jahangir, M.I. Othman
- Year: 2024
- Citations: 1
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Influence of gravity and viscosity on a fiber-reinforced thermoelastic solid with voids via the three-phase-lag model
- Authors: M.I. Othman, S.M. Said, R.A. Fathy, E.M. Gamal
- Year: 2024