a slip line field theory is a theory as the name suggets that can be used to analyse among others metal forming processes during plastic deformation. it is assumed that plastic deformation in metals happen through shearing. in a nutshell the slip line theory divides the plastic zone of the metal into slip lines or surfaces if you like which are perpendicular to one another at the intersection. It is then along these lines maximum shear takes place. The method can be used to estimate forming loads, pressure, material flow in different areas of the plastic region, adiabatic temperature increase, friction etc.
Limitations.
Used in plain strain conditions
the metal is considered to be ideally plastic, that is the metal has indefinite ductility.
- boundary conditions e.g friction, loaded surface, free surface, must be taken into consideration while applying the theory.
pretty powerful in metal forming but also in geology
A theory which treats a substance as a classical (non-quantum-mechanical) collection of permanent magnetic dipoles with no interactions between them, having a Boltzmann distribution with respect to energy of interaction with an applied field
Jan Rzewuski has written: 'Field theory' -- subject(s): Field theory (Physics), Quantum field theory
antiparallel to the applied field.
Knowledge for better BusinessIn post modern management, Six sigma Knowledge. In traditional field, Industrial Engineering. Brahmajyothi
Biotechnology is a branch of science that studies the biological systems of living organisms or derivatives to make or modify products or processes for specific use. To be successful in a field of biotechnology, a bachelors degree in the field, as well as high level math are important skills to have.
The Dynamo Theory it what causes Earth's Magnetic Field
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Circuit Theory: As the name suggests, circuit theory deals with electrical circuit. An engineer can predict the performance of complicated electrical networks with the help of circuit theory. But this theory has certain limitations like :It cannot be applied in free space.It is useful only at low frequencies.This theory is unsuccessful in explaining the radiation of electromagnetic waves into space in radio communications.It cannot be used to analyse or design a complete communication system. Example: Radio Communication System.Electromagnetic Field Theory. Although electromagnetic Field Theory (EMFT) is complex in comparison with circuit theory but EMFT is simplified by using appropriate mathematics. This theory deals with E and H vectors, whereas circuit theory deals with voltages and currents.This theory has following advantages in comparison to circuit theory:It is also applicable in free space.It is useful at all frequencies, particularly at high frequencies,The radiation effect can be considered.This theory can be used to analyse or design a complete communication system. Example: Wireless Communication, Radio Communication.Reference: This article is referred from my authored book "concepts of electromagnetic field theory". In case of any problem, please post in the comment section.
Freeman John Dyson has written: 'Field theory' -- subject(s): Electromagnetic theory, Quantum field theory
John W. Negele has written: 'Quantum many-particle systems' -- subject(s): Degree of freedom, Functional Integration, Integration, Functional, Many-body problem, Quantum field theory, Quantum theory, Stochastic processes
revolving field theory of single phase induction motor
Applied biochemistry is that part of the field in which the knowledge and techniques are applied to the real world.