Heat transfer is the area of engineering science which describes the energy transport between material bodies due to a difference in temperature. The three different modes of heat transport are conduction, convection and radiation. In most problems, these three modes exist simultaneously. However, the significance of these modes depends on the problems studied and often, insignificant modes are neglected.

The program for finite-element analysis of complex scientific and engineering problems. The solution to any problem is based on the numerical solution of partial differential equations finite element method. The range of tasks that lend themselves to modeliroaniyu program is extremely broad. From the classical problems of heat conduction, diffusion and wave propagation to the nonlinear Korteweg de Vries and Burgers. A set of special modules in the program covers virtually all spheres of application of partial differential equations.

Maxwell ® - is the leading software for modeling electromagnetic fields used for the design and study of two-and three-dimensional models, such as motors, sensors, transformers and other electrical and electromechanical devices for various applications. Maxwell ® is based on the finite element method (Finite Element Method - FEM) and accurately calculates the static, harmonic electromagnetic and electrical fields, as well as transients in field problems.

Maxwell ® - is the leading software for modeling electromagnetic fields used for the design and study of two-and three-dimensional models, such as motors, sensors, transformers and other electrical and electromechanical devices for various applications. Maxwell ® is based on the finite element method (Finite Element Method - FEM) and accurately calculates the static, harmonic electromagnetic and electrical fields, as well as transients in field problems.

Ansoft Maxwell v13.0.0





Maxwell ® - is the leading software for modeling electromagnetic fields used for the design and study of two-and three-dimensional models, such as motors, sensors, transformers and other electrical and electromechanical devices for various applications. Maxwell ® is based on the finite element method (Finite Element Method - FEM) and accurately calculates the static, harmonic electromagnetic and electrical fields, as well as transients in field problems.

Maxwell - is the leading software for modeling electromagnetic fields used for the design and study of two-and three-dimensional models, such as motors, sensors, transformers and other electrical and electromechanical devices for various applications. Maxwell is based on the finite element method (Finite Element Method - FEM) and accurately calculates the static, harmonic electromagnetic and electrical fields, as well as transients in field problems.

Ansoft Maxwell v13.0.0





Maxwell ® - is the leading software for modeling electromagnetic fields used for the design and study of two-and three-dimensional models, such as motors, sensors, transformers and other electrical and electromechanical devices for various applications. Maxwell ® is based on the finite element method (Finite Element Method - FEM) and accurately calculates the static, harmonic electromagnetic and electrical fields, as well as transients in field problems.

The program for the finite-element analysis of complicated scientific and technical problems. The solution of any problem is based on the numerical solution of partial differential equations finite element method. The spectrum of tasks that lend themselves modeliroaniyu in the program is extremely broad. From the classic problems of heat conduction, diffusion and wave propagation to the nonlinear equations of Korteweg de Vries and Burgers.

Aquaveo GMS v7.1.3.0 x86 | 214 MB

Maxwell - is the leading software for modeling electromagnetic fields used for the design and study of two-and three-dimensional models, such as motors, sensors, transformers and other electrical and electromechanical devices for various applications. Maxwell is based on the finite element method (Finite Element Method - FEM) and accurately calculates the static, harmonic electromagnetic and electrical fields, as well as transients in field problems.