ABSTRACT

Through several case study problems from industrial and scientific research laboratory applications, Mathematical and Experimental Modeling of Physical and Biological Processes provides students with a fundamental understanding of how mathematics is applied to problems in science and engineering. For each case study problem, the authors discuss why

chapter |4 pages

y(t) t

chapter |12 pages

References

chapter |20 pages

References

chapter |6 pages

References

chapter |4 pages

s E' DCEBA0e

chapter |1 pages

tabdc

chapter |3 pages

tbabgttdct

chapter |7 pages

abSMcMSdx x+∆x

chapter |4 pages

yxz

chapter |1 pages

g(t) dhq

S(t,L)

chapter c|25 pages

' a' caqd' q b' b d

chapter |65 pages

References

chapter |4 pages

References

chapter |4 pages

p(t) α > 0 p α < 0tt

chapter 9|9 pages

5A Size-Structured Population Model

chapter xX|1 pages

(t; t, x ) x 1xx 0tt0

chapter |16 pages

tG(x) t > G(x) t < G(x) xxx