Investigation of Load Models in Load Stability using UPFC and CSO: Gutha Naveen Kumar
Optimal DG Planning with Different Load Models using Soft Computing:An Approach to Plan DG using Power Loss, Voltage, Reliability, ENS, ATC and Cost Related Performance Indices of System Aashish Kumar Bohre, Ganga Agnihotri, Manisha Dubey
Experimental investigation of the load response of model piles in sand:A study to clarify the Influence of axial load on the lateral response of steel piles in sand Jintae Lee
• Single Band 2,4GHz N300 Access Point; Deckenmontage • 300Mbit/s WLAN-Geschwindigkeit auf 2,4GHz • Auranet Controller, Cluster Mode, Cpative Portal, Load Balance • 64/128/152-bit WEP / WPA / WPA2-Enterprise, RADIUS • Unterstützt PoE nach IEEE802.3af
A Model for Synthetic FRC Beams under Flexural Load Test:A model evaluating toughness of a FRC beam and its behavior under a flexural load test based on fiber properties Alessandro Paglia
Webcam modelling for beginners! How to make loads of cash from your living room as a cam model. Are you ready to learn all about becoming a cam model? If so, you´ve come to the right place. No experience? No worries! Here´s a preview of what this book contains: An introduction to cam modelling The advantages of being a webcam model What you need to become a webcam model Getting started - taking the first steps (must listen!) Working with a studio vs. working independently Handling shows the right way How to become the best webcam model you can be Getting customers and return clients the right way How to protect yourself (in more ways than one!) And much, much more! 1. Language: English. Narrator: Jim D Johnston. Audio sample: http://samples.audible.de/bk/acx0/081921/bk_acx0_081921_sample.mp3. Digital audiobook in aax.
ANFIS Models for Dynamic Load Balancing in 3GPP LTE:A Fresh Take on Load Balancing in NGN Matthew K. Luka, Aderemi A. Atayero
Numerical Solution of a Model Problem From Collapse Load Analysis (Classic Reprint): Michael L. Overton
Travel Time Models and Throughput Analysis of Dual Load Handling Automated Storage and Retrieval Sys:Dissertationsschrift Wissenschaftliche Berichte des Instituts für Fördertechnik und Logistiksysteme des Karlsruher Instit Katharina Dörr
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In wind turbine engineering, it is a well-known fact that mechanical loading of the structural components, as tower and blades, can be heavily influenced by means of control. This work provides a comprehensive discussion on systematic control design for active load reduction. A review of the established approaches for load reducing pitch control is given. The basic idea is to adjust the blade pitch angles to provide active damping of structural loads or to compensate for periodic load components. A survey on rating and cost of wind turbine structural components is given to sketch the potential impacts of control design on Cost-of-Energy. Special focus in a separate chapter is given to the major trade-off between load reductions and rating of the pitch actuator system. In the main part, a pragmatic approach to systematic control design by use of modern multi-variable control design methods is introduced. Linear models in combination with disturbance spectra are applied to allow for fast and transparent optimization of the controllers. Exemplarily, this hierarchical control design / controller tuning approach is demonstrated for two different types of load reducing pitch controllers.