Conference Topics

All branches of mathematics and mathematical sciences include but not limited to:

1- Numerical Analysis and Computational Mathematics

- Numerical ODEs and PDEs

- Numerical Modelling of Combustion Problems

- Scientific Computing and Algorithms

- Numerical Problems in Dynamical Systems

- Applications to the Science and Technology (Computational Physics, Computational Chemistry, Computational Engineering, Energy.)

2- Applied and Industrial Mathematics :

- Mathematical biology, mathematical physics, mathematical chemistry, mathematical finance and mathematical medicine

- Discrete applied mathematics

- Statistics and probability

- Experimental observations and applications of nonlinear phenomena in science and engineering.

- Optimization and operational research

- Mathematical Modelling including but not limited to:

• mathematical modelling of engineering and environmental processes manufacturing, and industrial systems, heat transfer, fluid mechanics, CFD, and transport phenomena

• solid mechanics and mechanics of metals

• reliability modelling and system optimization

3- Algebra and Mathematical Analysis

- Lie Theory and Generalization

- Number theory

- Geometry

- Algebraic and Complex Geometry

- Combinatorics and Graph Theory

- Topology

- Real, Complex and functional Analysis

1- Numerical Analysis and Computational Mathematics

- Numerical ODEs and PDEs

- Numerical Modelling of Combustion Problems

- Scientific Computing and Algorithms

- Numerical Problems in Dynamical Systems

- Applications to the Science and Technology (Computational Physics, Computational Chemistry, Computational Engineering, Energy.)

2- Applied and Industrial Mathematics :

- Mathematical biology, mathematical physics, mathematical chemistry, mathematical finance and mathematical medicine

- Discrete applied mathematics

- Statistics and probability

- Experimental observations and applications of nonlinear phenomena in science and engineering.

- Optimization and operational research

- Mathematical Modelling including but not limited to:

• mathematical modelling of engineering and environmental processes manufacturing, and industrial systems, heat transfer, fluid mechanics, CFD, and transport phenomena

• solid mechanics and mechanics of metals

• reliability modelling and system optimization

3- Algebra and Mathematical Analysis

- Lie Theory and Generalization

- Number theory

- Geometry

- Algebraic and Complex Geometry

- Combinatorics and Graph Theory

- Topology

- Real, Complex and functional Analysis

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