Actas de las Jornadas de Cooperaci??n Educativa con Iberoam??rica sobre Educaci??n Especial e Inclusi??n Educativa

El Ministerio de Educaci??n y Ciencia de Espa??a y la Universidad Complutense de Madrid realizan diversas actuaciones y compromisos en Cooperaci??n Internacional. Entre estas actuaciones destacan estas Jornadas de Cooperaci??n Educativa con Iberoam??rica sobre Educaci??n Especial e Inclusi??n Educativa. Estas jornadas forman parte de los encuentros dirigidos a los responsables y t??cnicos de las administraciones educativas de los pa??ses iberoamericanos, con el compromiso de promocionar e impulsar un mayor intercambio de informaci??n y una colaboraci??n permanente interinstitucional que permita transformar y mejorar la Educaci??n Especial y, por consiguiente, la calidad de la educaci??n y la inclusi??n educativa de los alumnos con necesidades educativas especiales. La educaci??n es un derecho humano b??sico. Las personas con discapacidad y con necesidades educativas especiales asociadas o no a la discapacidad tienen derecho a una educaci??n en condiciones de igualdad de oportunidades, la educaci??n como un derecho y no como un privilegio.

La frustraci??n como recurso terap??utico en la formaci??n profesional del arteterapeuta

Resumen basado en el de la publicaci??n

Tendencias pedag??gicas

Periodicidad anual desde 1994 a 2009

Changes on emitter discharge under different water temperature and pressure

The study was conducted at the Research Laboratory of Hydraulic and Irrigation Group in the Rural Engineering Department, Technical University of Madrid (Universidad Politecnica de Madrid), Madrid, Spain. Water temperatures of 20, 30, 40 degrees C and system pressures often encountered in irrigation practices of 80, 90, 100, 110, 120, 130, 140, 150, 160, 170, 180, 190 and 200 k Pa were applied to determine the effects of different water temperatures and pressures on emitter discharge. Non-pressure compensating in-line emitter which has turbulent flow regime with a long-path (labyrinth), emitter discharge was 4 L h(-1) at system pressure of 100 kPa according to the manufacturer recommended, was used. Emitters were spaced 20 cm along the drip laterals with 16 mm diameter. Discharge equations and coefficients of variation related to temperatures of 20, 30 and 40 degrees C were obtained as q = 0.375H(0.51), q = 0.358H(0.52), q = 0.346H(0.53) and 2.68, 2.09, 3.65, respectively. Discharge of the emitter was affected by different system pressures and increased as potentially (R = 0993-0996). In general. the emitter discharge increased with increasing temperature. However, especially in the common system pressures of 90-120 k Pa, differences of obtained emitter discharges between the different water temperatures were not significant (1%).

Changes on emitter discharge under different water temperature and pressure

The study was conducted at the Research Laboratory of Hydraulic and Irrigation Group in the Rural Engineering Department, Technical University of Madrid (Universidad Politecnica de Madrid), Madrid, Spain. Water temperatures of 20, 30, 40 degrees C and system pressures often encountered in irrigation practices of 80, 90, 100, 110, 120, 130, 140, 150, 160, 170, 180, 190 and 200 k Pa were applied to determine the effects of different water temperatures and pressures on emitter discharge. Non-pressure compensating in-line emitter which has turbulent flow regime with a long-path (labyrinth), emitter discharge was 4 L h(-1) at system pressure of 100 kPa according to the manufacturer recommended, was used. Emitters were spaced 20 cm along the drip laterals with 16 mm diameter. Discharge equations and coefficients of variation related to temperatures of 20, 30 and 40 degrees C were obtained as q = 0.375H(0.51), q = 0.358H(0.52), q = 0.346H(0.53) and 2.68, 2.09, 3.65, respectively. Discharge of the emitter was affected by different system pressures and increased as potentially (R = 0993-0996). In general. the emitter discharge increased with increasing temperature. However, especially in the common system pressures of 90-120 k Pa, differences of obtained emitter discharges between the different water temperatures were not significant (1%).

Cambios de la delincuencia juvenil de España y Canarias: Análisis de tendencias en el periodo 2005-2011

[ES] De los cambios estudiados de la delincuencia juvenil de España y Canarias por medio del método de regresión lineal segmentada "joinpoint regression" destacamos un aumento del porcentaje de cambio anual estimado (PCA) en varones y mujeres de 14 años para el periodo 2005-2011 en España y un descenso en Canarias. También un aumento de varones y mujeres en la tendencia 2007-2011 para la edad de 17 años de España y Canarias. Por otro lado, las Comunidades Autónomas que se sitúan con un percentil menor del 25 de delincuencia juvenil en varones están: Canarias, Catalunya, Madrid, Melilla y País Vasco. Por último, para delincuencia juvenil femenina y por debajo del percentil 25, tenemos situadas a las Comunidades de: Catalunya, Asturias, Madrid, Melilla y Canarias

Análisis del nivel de presencia de aprendizaje colaborativo en la red social Sociedad y Tecnología

[ES] Se presenta el estudio sobre una red social, denominada Sociedad y Tecnología (SyT), construida sobre la plataforma Elgg, cuyo objetivo es promover el uso de entornos personales de trabajo y aprendizaje (PLWE) para el desarrollo de aprendizaje colaborativo. Los parámetros que analizamos permitirán determinar la presencia, en la estructura relacional de los sujetos y los grupos, de procesos de aprendizaje autogestionado y social.

Development of Robotized Laser Welding Applications for Joining Thin Sheets

Laser Welding (LW) is more often used in manufacturing due to its advantages, such as accurate control, good repeatability, less heat input, opportunities for joining of special materials, high speed, capability to join small dimension parts etc. LW is dedicated to robotized manufacturing, and the fabrication cells are using various level of flexibility, from specialized robots to very flexible setups. This paper features several LW applications using two industrially-scaled manufacturing cells at UPM Laser Centre (CLUPM) of Polytechnical University of Madrid (Universidad Politécnica de Madrid). The one dedicated to Remote Laser Welding (RLW) of thin sheets for automotive and other sectors uses a CO2 laser of 3500 W. The second has a high flexibility, is based on a 6-axis ABB robot and a Nd:YAG laser of 3300 W, and is meant for various laser processing methods, including welding. After a short description of each cell, several LW applications experimented at CLUPM and recently implemented in industry are briefly presented: RLW of automotive coated sheets, LW of high strength automotive sheets, LW vs. laser hybrid welding (LHW) of Double Phase steel thin sheets, and LHW of thin sheets of stainless steel and carbon steel (dissimilar joints). The main technological issues overcame and the critical process parameters are pointed out. Conclusions about achievements and trends are provided.