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However, Raghavan was not interested in developing mechanical properties of materials, so he joined electrical engineering.
During this period, Raghavan worked on the contact problems .
vraghavanmaterialscienceandengineeringsolutionspdffreedownload
Even though Raghavan was in electrical engineering, he started working on material science and engineering problems.
It was at this time that he read the excellent book , where there were enough references to be found.
vraghavanmaterialscienceandengineeringsolutionspdffreedownload
He used these references to understand the fundamentals of material science and engineering.
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Raghavan was not happy with the existing methods of calculating mechanical properties .
This was because the equations used are based on the Debye theory of dielectrics , and Raghavan believed that the Debye model was not very accurate for the materials he was working on.
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Mertenimy notebooks VRaghavanMaterialsScienceAndEngineeringSolutionsPdfFreeDownload and other such models.
Raghavan came up with a theory of dielectric dispersion and established that the models that were being used were not very accurate.
He also developed a theory that could be used to calculate the dielectric permittivity and magnetic permeability of the materials in the form of a series expansion.
vraghavanmaterialscienceandengineeringsolutionspdffreedownload
Raghavan established a technique for calculating the mechanical properties of metals and polymers by using his own theory.
This was a major breakthrough in material science.
vraghavanmaterialscienceandengineeringsolutionspdffreedownload
Using this technique, Raghavan could predict the mechanical properties of metals and polymers and hence design better products.
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Raghavan also used his techniques to calculate the mechanical properties of ceramics.
He developed techniques for predicting the mechanical properties of highly non-linear materials such as alloys and crystals.
vraghavanmaterialscienceandengineeringsolutionspdffreedownload
In addition, he also used the same technique to predict the thermal conductivity of these materials.
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