Mathematics Applied to Continuum Mechanics (Classics in Applied Mathematics 52) -poor quality- pdf

Lee Aaron Segel was an applied mathematician primarily at the Rensselaer Polytechnic Institute and the Weizmann Institute of Science. He is particularly known for his work in the spontaneous appearance of order in convection, slime molds and chemotaxis. Lee Segel was born in 1932 in Newton, Massachusetts to Minna Segel, an art teacher, and Louis Segel, a partner in the Oppenheim-Segel tailors. Louis Segel was something of an intellectual as could be seen in his house from, e.g., the Kollwitz and Beckman prints and the Shakespeare and Co. edition of 'Ulysses', all purchased in Europe in the 1930s. Both parents were of Jewish-Lithuanian origin, of families that immigrated to Boston near the end of the 19th century. The seeds of Segel's later huge vocabulary could partly be seen to stem from his father's reading (and acting on) a claim that the main effect of a prep school was on the vocabulary of its graduates. Segel graduated from Harvard in 1953, majoring in mathematics. Thinking he might want to go into the brand-new field of computers, he started graduate studies in MIT, where he concentrated on applied mathematics instead. In 1959 he married Ruth Galinski, a lawyer and a distant cousin, in her native London, where they spent the first two years of their wedded life. Later 4 children were born (Joel '61, Susan '62, Daniel '64 and Michael '66), and still later, 18 grandchildren. In 1973 the family moved to Rehovot, Israel. He died in 2005.

Mathematics Applied to Continuum Mechanics (Classics in Applied Mathematics 52) -poor quality- pdf by Lee A. Segel

This is my favorite text for continuum mechanics. It contains derivations not usually covered, and spends a lot of time educating the reader on the tensor notation. As a plus, it contains a supplement on functional analysis applications, which I still consult above some other texts on the subject. I have almost no complaints about this text. I cannot suggest it enough.