A well-regarded textbook that emphasizes the fundamental finite‑difference approach for parabolic, hyperbolic, and elliptic PDEs. The second edition expands the scope with topics like finite volume methods, conjugate‑gradient and multigrid solvers, convection–diffusion schemes, symplectic integrators, and enhanced energy‑method analyses
A comprehensive text covering the theory and applications of ordinary differential equations, this edition supports a one- or two-semester undergraduate course. It's adaptable for pure or applied emphases, offering a blend of qualitative theory, numerical techniques, and real-world modeling. Exercises include technical writing and group projects; some versions include a CD-ROM or eText enhancement
An accessible text tailored for health science students, requiring only high-school algebra. Topics include probability, sampling distributions, hypothesis testing, ANOVA, nonparametric methods, vital statistics, life tables, survey design—supported by health-focused examples, learning aids, and numerous exercises.