Essentials of Lean Six Sigma

List of Figures

Chapter 2: Statistical Theory of Lean Six Sigma (6 ?) Strategies

Figure 2.1: Histogram of sample dimensions.
Figure 2.2: Histogram of sample dimensions with bullets on the frequency.
Figure 2.3: Histogram and distribution curve of sample dimensions.
Figure 2.4: Distribution curve of sample dimensions.
Figure 2.5: Capability of one sigma through Six Sigma for short term.
Figure 2.6: A. Three Sigma capability. B. Six Sigma capability. When the process is centered on the target.
Figure 2.7: Distribution curve centered at the target.
Figure 2.8: Capability of one sigma through Six Sigma for long term.
Figure 2.9: A. Three sigma capability. B. Six Sigma capability. When the process shifted 1.5 sigma from target.
Figure 2.10: Distribution curve shifted by 1.5 ? to the right of target.
Figure 2.11: Distribution curve shifted by 1.5 ? to the right or left of the target.
Figure 2.12: As the process sigma value increases from zero to six, the variation of the process around the mean value decreases, which means process capability improves.
Figure 2.13: Capability and reliability.
Figure 2.14: Illustration of control chart in lower sigma and higher sigma.
Figure 2.15: Supplier and customer relation.

Chapter 3: Mathematical Concepts of Lean Six Sigma (6 ?) Engineering Strategies

Figure 3.1: General model of a transformation process.
Figure 3.2: Normal distribution curve (symmetric) area equal unity.
Figure 3.3: Normal distribution curve for n ? (n-sigma).
Figure 3.4: Standard normal z-distributions.
Figure 3.5: Area...

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