PPT-Planning in Turbulent Times

Nancy Hall nancyamazingnonprofitscom wwwamazingnonprofitscom FORMS OF DISRUPTIVE EVENTS NATURAL DISRUPTIONS Hurricanes earthquakes floods If in your service area can put a strain on resources. Divesting in turbulent times Achieving value in a buyer’s marketContentsForewordSurvey highlightsStrategyPreparationExecutionUnprecedented times for business10 Golden rulesHow Ernst & Young can Alan Marscher. Institute for Astrophysical Research, Boston University. Research Web Page: . www.bu.edu/blazars. . Polarization varies erratically, as expected if it results from turbulence (or some disordering similar to turbulence). Yang . Chen. 1. , . K.H. . Luo. 1,2. 1. . Center. . for Combustion Energy, Tsinghua University, Beijing, China. 2. Department . of Mechanical Engineering, University College London, UK. 8th Trondheim Conference on CO2 Capture, Transport and Storage. . and. idealized glass . Shin-. ichi. . Sasa. 　（. Kyoto University). . . . 　. 　　　　　　　　　　　　 　　. Lecture 8. Turbulent Premixed Flames Turbulent premixed Flames Experimental setup: Low swirl burner Filtered Rayleigh Scattering setup Turbulent premixed Flames Results -simultaneousPIV / PLIF The com Andy Pon, . Doug . Johnstone. ,. Michael J. Kaufman. ApJ. , submitted May 2011 . Ridge et al. (2006). Observed. (FWHM = 1.9 km / . s. ). Thermal broadening alone. (FWHM = 0.2 km / . s. ). 12. CO J = 1-0. Navier. -Stokes. Equations -- . RANS. 4 equations; 7 unknowns. Similar situation as when we went from Cauchy’s . eq. to N-S . eq. A. j. . = eddy viscosity. [m. 2. /s]. Turbulence Closure. Turbulent Kinetic Energy (TKE). EFD Final Project. Terrence Hess. Daniel Alexander. Mohammad Khan. Neil Lareau. 1. 21 Apr. 2011. Project Objectives . Characterize the diurnal evolution of turbulent statistics. for . two dissimilar 24 hour periods. LAMINAR FLOW . V.S. TURBULENT FLOW. This shows turbulence because it’s all over the place and rough. This part of the picture shows Laminar Flow because it runs very smoothly. 1. (ME EN 7960-. 003). Prof. Rob Stoll. Department of Mechanical Engineering. University of Utah. Fall 2014. Vorticity: or. Turbulent Flow Properties. Why study turbulence? Most real flows in engineering applications are turbulent. . (ME EN 7960-008). Prof. Rob Stoll. Department of Mechanical Engineering. University of Utah. Spring 2011. Vorticity: or. Turbulent Flow Properties. Why study turbulence? Most real flows in engineering applications are turbulent. . Navier. -Stokes. Equations -- . RANS. 4 equations; 7 unknowns. Similar situation as when we went from Cauchy’s . eq. to N-S . eq. A. j. . = eddy viscosity. [m. 2. /s]. Turbulence Closure. Turbulent Kinetic Energy (TKE). The best-performing companies have leaders who actively apply moral values to achieve enduring personal and organizational success. Lennick and Kiel extensively identify the moral components at the heart of the recent financial crisis, and illuminate the monetary and human costs of failed moral leadership in global finance, business and government. The authors begin by systematically defining the principles of moral intelligence and the behavioral competencies associated with them. Next, they demonstrate why sustainable optimal performance-on both an individual and organizational level-requires the development and application of superior moral and emotional competencies. Using many new examples and real case studies and new interviews with key business leaders, they identify connections between moral intelligence and higher levels of trust, engagement, retention, and innovation. Readers will find specific guidance on moral leadership in both large organizations and entrepreneurial ventures, as well as a new, practical, step-by-step plan for measuring and strengthening every component of moral intelligence-from integrity and responsibility to compassion and forgiveness. The authors also provide practical ways for readers to develop their own moral and emotional competencies. Pete Strakey, NETL. Effects of pressure and diluents on flames.. Identification of target conditions.. Overview of characteristic time and length scales.. CFD simulations of turbulent time and length scales..