Computational science and engineering
also enable multidisciplinary
design and optimization, reducing
prototyping time and costs. Advanced
simulation has enabled Cummins to
build better diesel engines faster and
less expensively, Goodyear to design
safer tires much more quickly, Boeing
to build more fuel-efficient aircraft,
and Procter & Gamble to create better
materials for home products.
Similarly, “big data,” machine
learning, and predictive data analytics
have been hailed as the fourth paradigm
of science,12 allowing researchers
to extract insights from both scientific
instruments and computational simulations
Computational science and engineeringalso enable multidisciplinarydesign and optimization, reducingprototyping time and costs. Advancedsimulation has enabled Cummins tobuild better diesel engines faster andless expensively, Goodyear to designsafer tires much more quickly, Boeingto build more fuel-efficient aircraft,and Procter & Gamble to create bettermaterials for home products.Similarly, “big data,” machinelearning, and predictive data analyticshave been hailed as the fourth paradigmof science,12 allowing researchersto extract insights from both scientificinstruments and computational simulations
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