[fusion_builder_container admin_label=»Cabecera» type=»flex» hundred_percent=»yes» hundred_percent_height=»no» hundred_percent_height_scroll=»no» align_content=»stretch» flex_align_items=»flex-start» flex_justify_content=»flex-start» flex_column_spacing=»0″ hundred_percent_height_center_content=»yes» equal_height_columns=»no» container_tag=»div» hide_on_mobile=»small-visibility,medium-visibility,large-visibility» status=»published» margin_top=»0″ padding_top=»0″ padding_right=»0″ padding_bottom=»0″ padding_left=»0″ border_style=»solid» box_shadow=»no» box_shadow_blur=»0″ box_shadow_spread=»0″ gradient_start_position=»0″ gradient_end_position=»100″ gradient_type=»linear» radial_direction=»center center» linear_angle=»180″ background_position=»center center» background_repeat=»no-repeat» fade=»no» background_parallax=»none» enable_mobile=»no» parallax_speed=»0.3″ background_blend_mode=»none» video_aspect_ratio=»16:9″ video_loop=»yes» video_mute=»yes» pattern_bg=»none» pattern_bg_style=»default» pattern_bg_opacity=»100″ pattern_bg_blend_mode=»normal» mask_bg=»none» mask_bg_style=»default» mask_bg_opacity=»100″ mask_bg_transform=»left» mask_bg_blend_mode=»normal» absolute=»off» absolute_devices=»small,medium,large» sticky=»off» sticky_devices=»small-visibility,medium-visibility,large-visibility» sticky_transition_offset=»0″ scroll_offset=»0″ animation_direction=»left» animation_speed=»0.3″ animation_delay=»0″ filter_hue=»0″ filter_saturation=»100″ filter_brightness=»100″ filter_contrast=»100″ filter_invert=»0″ filter_sepia=»0″ filter_opacity=»100″ filter_blur=»0″ filter_hue_hover=»0″ filter_saturation_hover=»100″ filter_brightness_hover=»100″ filter_contrast_hover=»100″ filter_invert_hover=»0″ filter_sepia_hover=»0″ filter_opacity_hover=»100″ filter_blur_hover=»0″ admin_toggled=»no»][fusion_builder_row][fusion_builder_column type=»1_1″ type=»1_1″ layout=»1_1″ align_self=»auto» content_layout=»column» align_content=»flex-start» valign_content=»flex-start» content_wrap=»wrap» center_content=»no» column_tag=»div» target=»_self» hide_on_mobile=»small-visibility,medium-visibility,large-visibility» sticky_display=»normal,sticky» order_medium=»0″ order_small=»0″ spacing_left=»0″ spacing_right=»0″ margin_top=»0″ padding_top=»0″ padding_right=»0″ padding_bottom=»0″ padding_left=»0″ hover_type=»none» border_style=»solid» box_shadow=»no» box_shadow_blur=»0″ box_shadow_spread=»0″ background_type=»single» gradient_start_position=»0″ gradient_end_position=»100″ gradient_type=»linear» radial_direction=»center center» linear_angle=»180″ lazy_load=»avada» background_position=»left top» background_repeat=»no-repeat» background_blend_mode=»none» sticky=»off» sticky_devices=»small-visibility,medium-visibility,large-visibility» absolute=»off» filter_type=»regular» filter_hover_element=»self» filter_hue=»0″ filter_saturation=»100″ filter_brightness=»100″ filter_contrast=»100″ filter_invert=»0″ filter_sepia=»0″ filter_opacity=»100″ filter_blur=»0″ filter_hue_hover=»0″ filter_saturation_hover=»100″ filter_brightness_hover=»100″ filter_contrast_hover=»100″ filter_invert_hover=»0″ filter_sepia_hover=»0″ filter_opacity_hover=»100″ filter_blur_hover=»0″ transform_type=»regular» transform_hover_element=»self» transform_scale_x=»1″ transform_scale_y=»1″ transform_translate_x=»0″ transform_translate_y=»0″ transform_rotate=»0″ transform_skew_x=»0″ transform_skew_y=»0″ transform_scale_x_hover=»1″ transform_scale_y_hover=»1″ transform_translate_x_hover=»0″ transform_translate_y_hover=»0″ transform_rotate_hover=»0″ transform_skew_x_hover=»0″ transform_skew_y_hover=»0″ transition_duration=»300″ transition_easing=»ease» motion_effects=»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» scroll_motion_devices=»small-visibility,medium-visibility,large-visibility» animation_direction=»left» animation_speed=»0.3″ animation_delay=»0″ last=»true» border_position=»all» first=»true» min_height=»» link=»»][fusion_imageframe custom_aspect_ratio=»100″ lightbox=»no» linktarget=»_self» align_medium=»none» align_small=»none» align=»none» hover_type=»none» magnify_duration=»120″ scroll_height=»100″ scroll_speed=»1″ caption_style=»off» caption_align_medium=»none» caption_align_small=»none» caption_align=»none» caption_title_tag=»2″ animation_direction=»left» animation_speed=»0.3″ animation_delay=»0″ hide_on_mobile=»small-visibility,medium-visibility,large-visibility» sticky_display=»normal,sticky» filter_hue=»0″ filter_saturation=»100″ filter_brightness=»100″ filter_contrast=»100″ filter_invert=»0″ filter_sepia=»0″ filter_opacity=»100″ filter_blur=»0″ filter_hue_hover=»0″ filter_saturation_hover=»100″ filter_brightness_hover=»100″ filter_contrast_hover=»100″ filter_invert_hover=»0″ filter_sepia_hover=»0″ filter_opacity_hover=»100″ filter_blur_hover=»0″ image_id=»2681|full»]http://www.simulacionmecanica.com/wp-content/uploads/2023/11/LINEAS-DE-INVESTIGACION_alargada-scaled.jpg[/fusion_imageframe][fusion_separator style_type=»none» hide_on_mobile=»small-visibility,medium-visibility,large-visibility» sticky_display=»normal,sticky» flex_grow=»0″ top_margin=»25px» height=»20″ alignment=»center» /][fusion_title title_type=»text» rotation_effect=»bounceIn» display_time=»1200″ highlight_effect=»circle» loop_animation=»off» highlight_width=»9″ highlight_top_margin=»0″ title_link=»off» link_target=»_self» hide_on_mobile=»small-visibility,medium-visibility,large-visibility» sticky_display=»normal,sticky» content_align=»center» size=»1″ fusion_font_family_title_font=»Montserrat» fusion_font_variant_title_font=»400″ font_size=»40px» text_transform=»uppercase» text_shadow=»no» text_shadow_blur=»0″ gradient_font=»no» gradient_start_position=»0″ gradient_end_position=»100″ gradient_type=»linear» radial_direction=»center center» linear_angle=»180″ style_type=»default» animation_direction=»left» animation_speed=»0.3″ animation_delay=»0″]

LÍNEAS DE INVESTIGACIÓN

[/fusion_title][/fusion_builder_column][/fusion_builder_row][/fusion_builder_container][fusion_builder_container admin_label=»Listado» type=»flex» hundred_percent=»no» hundred_percent_height=»no» hundred_percent_height_scroll=»no» align_content=»stretch» flex_align_items=»flex-start» flex_justify_content=»flex-start» hundred_percent_height_center_content=»yes» equal_height_columns=»no» container_tag=»div» hide_on_mobile=»small-visibility,medium-visibility,large-visibility» status=»published» margin_top=»10px» border_style=»solid» box_shadow=»no» box_shadow_blur=»0″ box_shadow_spread=»0″ gradient_start_position=»0″ gradient_end_position=»100″ gradient_type=»linear» radial_direction=»center center» linear_angle=»180″ background_position=»center center» background_repeat=»no-repeat» fade=»no» background_parallax=»none» enable_mobile=»no» parallax_speed=»0.3″ background_blend_mode=»none» video_aspect_ratio=»16:9″ video_loop=»yes» video_mute=»yes» pattern_bg=»none» pattern_bg_style=»default» pattern_bg_opacity=»100″ pattern_bg_blend_mode=»normal» mask_bg=»none» mask_bg_style=»default» mask_bg_opacity=»100″ mask_bg_transform=»left» mask_bg_blend_mode=»normal» absolute=»off» absolute_devices=»small,medium,large» sticky=»off» sticky_devices=»small-visibility,medium-visibility,large-visibility» sticky_transition_offset=»0″ scroll_offset=»0″ animation_direction=»left» animation_speed=»0.3″ animation_delay=»0″ filter_hue=»0″ filter_saturation=»100″ filter_brightness=»100″ filter_contrast=»100″ filter_invert=»0″ filter_sepia=»0″ filter_opacity=»100″ filter_blur=»0″ filter_hue_hover=»0″ filter_saturation_hover=»100″ filter_brightness_hover=»100″ filter_contrast_hover=»100″ filter_invert_hover=»0″ filter_sepia_hover=»0″ filter_opacity_hover=»100″ filter_blur_hover=»0″ link_color=»var(–awb-color5)» padding_left=»28px»][fusion_builder_row][fusion_builder_column type=»1_1″ type=»1_1″ layout=»1_1″ align_self=»auto» content_layout=»column» align_content=»flex-start» valign_content=»flex-start» content_wrap=»wrap» center_content=»no» column_tag=»div» target=»_self» hide_on_mobile=»small-visibility,medium-visibility,large-visibility» sticky_display=»normal,sticky» order_medium=»0″ order_small=»0″ hover_type=»none» border_style=»solid» box_shadow=»no» box_shadow_blur=»0″ box_shadow_spread=»0″ background_type=»single» gradient_start_position=»0″ gradient_end_position=»100″ gradient_type=»linear» radial_direction=»center center» linear_angle=»180″ lazy_load=»avada» background_position=»left top» background_repeat=»no-repeat» background_blend_mode=»none» sticky=»off» sticky_devices=»small-visibility,medium-visibility,large-visibility» absolute=»off» filter_type=»regular» filter_hover_element=»self» filter_hue=»0″ filter_saturation=»100″ filter_brightness=»100″ filter_contrast=»100″ filter_invert=»0″ filter_sepia=»0″ filter_opacity=»100″ filter_blur=»0″ filter_hue_hover=»0″ filter_saturation_hover=»100″ filter_brightness_hover=»100″ filter_contrast_hover=»100″ filter_invert_hover=»0″ filter_sepia_hover=»0″ filter_opacity_hover=»100″ filter_blur_hover=»0″ transform_type=»regular» transform_hover_element=»self» transform_scale_x=»1″ transform_scale_y=»1″ transform_translate_x=»0″ transform_translate_y=»0″ transform_rotate=»0″ transform_skew_x=»0″ transform_skew_y=»0″ transform_scale_x_hover=»1″ transform_scale_y_hover=»1″ transform_translate_x_hover=»0″ transform_translate_y_hover=»0″ transform_rotate_hover=»0″ transform_skew_x_hover=»0″ transform_skew_y_hover=»0″ transition_duration=»300″ transition_easing=»ease» scroll_motion_devices=»small-visibility,medium-visibility,large-visibility» animation_direction=»left» animation_speed=»0.3″ animation_delay=»0″ last=»true» border_position=»all» first=»true» padding_left=»0px» margin_bottom=»25″ min_height=»» link=»»][fusion_text animation_direction=»left» animation_speed=»0.3″ animation_delay=»0″ hide_on_mobile=»small-visibility,medium-visibility,large-visibility» sticky_display=»normal,sticky»]

Línea 1. Fractura dinámica

      • Determinación de parámetros asociados a la fractura de componentes mecánicos
      • Estudio de la fractura de componentes a altas velocidades de deformación

[/fusion_text][fusion_imageframe custom_aspect_ratio=»100″ lightbox=»no» linktarget=»_self» align_medium=»none» align_small=»none» align=»center» hover_type=»none» magnify_duration=»120″ scroll_height=»100″ scroll_speed=»1″ caption_style=»off» caption_align_medium=»none» caption_align_small=»none» caption_align=»none» caption_title_tag=»2″ animation_direction=»left» animation_speed=»0.3″ animation_delay=»0″ hide_on_mobile=»small-visibility,medium-visibility,large-visibility» sticky_display=»normal,sticky» filter_hue=»0″ filter_saturation=»100″ filter_brightness=»100″ filter_contrast=»100″ filter_invert=»0″ filter_sepia=»0″ filter_opacity=»100″ filter_blur=»0″ filter_hue_hover=»0″ filter_saturation_hover=»100″ filter_brightness_hover=»100″ filter_contrast_hover=»100″ filter_invert_hover=»0″ filter_sepia_hover=»0″ filter_opacity_hover=»100″ filter_blur_hover=»0″ bordersize=»0″ image_id=»2708|full» style_type=»dropshadow» blur=»0″]http://www.simulacionmecanica.com/wp-content/uploads/2023/11/Fractura-dinamica_ok.jpg[/fusion_imageframe][fusion_text animation_direction=»left» animation_speed=»0.3″ animation_delay=»0″ hide_on_mobile=»small-visibility,medium-visibility,large-visibility» sticky_display=»normal,sticky»]

Línea 2. Identificación de defectos en componentes mecánicos. Health Monitoring
      • Determinación del tamaño y posición de defectos en componentes mecánicos sencillos (vigas y placas)
      • Estudio de la presencia y propagación de fisuras en componentes aeronáuticos
      • Se utilizan técnicas convencionales de optimización y técnicas novedosas (redes neuronales y algoritmos genéticos)
      • Técnicas no destructivas de identificación de los componentes en servicio

[/fusion_text][fusion_imageframe custom_aspect_ratio=»100″ lightbox=»no» linktarget=»_self» align_medium=»none» align_small=»none» align=»center» hover_type=»none» magnify_duration=»120″ scroll_height=»100″ scroll_speed=»1″ caption_style=»off» caption_align_medium=»none» caption_align_small=»none» caption_align=»none» caption_title_tag=»2″ animation_direction=»left» animation_speed=»0.3″ animation_delay=»0″ hide_on_mobile=»small-visibility,medium-visibility,large-visibility» sticky_display=»normal,sticky» filter_hue=»0″ filter_saturation=»100″ filter_brightness=»100″ filter_contrast=»100″ filter_invert=»0″ filter_sepia=»0″ filter_opacity=»100″ filter_blur=»0″ filter_hue_hover=»0″ filter_saturation_hover=»100″ filter_brightness_hover=»100″ filter_contrast_hover=»100″ filter_invert_hover=»0″ filter_sepia_hover=»0″ filter_opacity_hover=»100″ filter_blur_hover=»0″ image_id=»2710|full»]http://www.simulacionmecanica.com/wp-content/uploads/2023/11/Defectos-en-componentes-mecanicos_ok.jpg[/fusion_imageframe][fusion_text animation_direction=»left» animation_speed=»0.3″ animation_delay=»0″ hide_on_mobile=»small-visibility,medium-visibility,large-visibility» sticky_display=»normal,sticky»]

Línea 3. Dinámica de ejes fisurados
      • Estudio del comportamiento estático, cuasiestático y dinámico (desplazamientos, velocidades de giro, frecuencias de vibración) de ejes rotatorios fisurados

[/fusion_text][fusion_text columns=»» rule_size=»» animation_direction=»left» animation_color=»» animation_speed=»0.3″ animation_delay=»0″ hide_on_mobile=»small-visibility,medium-visibility,large-visibility» sticky_display=»normal,sticky»][/fusion_text][fusion_imageframe custom_aspect_ratio=»100″ lightbox=»no» linktarget=»_self» align_medium=»none» align_small=»none» align=»center» hover_type=»none» magnify_duration=»120″ scroll_height=»100″ scroll_speed=»1″ caption_style=»off» caption_align_medium=»none» caption_align_small=»none» caption_align=»none» caption_title_tag=»2″ animation_direction=»left» animation_speed=»0.3″ animation_delay=»0″ hide_on_mobile=»small-visibility,medium-visibility,large-visibility» sticky_display=»normal,sticky» filter_hue=»0″ filter_saturation=»100″ filter_brightness=»100″ filter_contrast=»100″ filter_invert=»0″ filter_sepia=»0″ filter_opacity=»100″ filter_blur=»0″ filter_hue_hover=»0″ filter_saturation_hover=»100″ filter_brightness_hover=»100″ filter_contrast_hover=»100″ filter_invert_hover=»0″ filter_sepia_hover=»0″ filter_opacity_hover=»100″ filter_blur_hover=»0″ image_id=»2700|full»]http://www.simulacionmecanica.com/wp-content/uploads/2023/11/Dinamica-de-ejes-fisurados.jpg[/fusion_imageframe][fusion_text animation_direction=»left» animation_speed=»0.3″ animation_delay=»0″ hide_on_mobile=»small-visibility,medium-visibility,large-visibility» sticky_display=»normal,sticky»]

Línea 4. Modelado e Ingeniería asistida por ordenador. Simulación de sistemas mecánicos. Diseño optimizado de componentes mecánicos

      • Desarrollo de modelos y métodos que permitan el diseño optimizado de componentes mecánicos
      • Modelización optimizada de robots de servicio
      • Diseño y optimización de sistemas de absorción de vibraciones (chatter) en procesos de mandrinado
      • Análisis y diseño optimizado de neumáticos y componentes de vehículos

[/fusion_text][fusion_imageframe custom_aspect_ratio=»100″ lightbox=»no» linktarget=»_self» align_medium=»none» align_small=»none» align=»center» hover_type=»none» magnify_duration=»120″ scroll_height=»100″ scroll_speed=»1″ caption_style=»off» caption_align_medium=»none» caption_align_small=»none» caption_align=»none» caption_title_tag=»2″ animation_direction=»left» animation_speed=»0.3″ animation_delay=»0″ hide_on_mobile=»small-visibility,medium-visibility,large-visibility» sticky_display=»normal,sticky» filter_hue=»0″ filter_saturation=»100″ filter_brightness=»100″ filter_contrast=»100″ filter_invert=»0″ filter_sepia=»0″ filter_opacity=»100″ filter_blur=»0″ filter_hue_hover=»0″ filter_saturation_hover=»100″ filter_brightness_hover=»100″ filter_contrast_hover=»100″ filter_invert_hover=»0″ filter_sepia_hover=»0″ filter_opacity_hover=»100″ filter_blur_hover=»0″ image_id=»2706|full»]http://www.simulacionmecanica.com/wp-content/uploads/2023/11/Modelado-por-ordenador.jpg[/fusion_imageframe][fusion_text animation_direction=»left» animation_speed=»0.3″ animation_delay=»0″ hide_on_mobile=»small-visibility,medium-visibility,large-visibility» sticky_display=»normal,sticky»]

Línea 5. Biomecánica

      • Estudio del comportamiento mecánico (frecuencias de vibración) de huesos
      • Diseño optimizado de implantes dentales
      • Análisis cinemático y dinámico del cuerpo humano

[/fusion_text][fusion_imageframe aspect_ratio=»custom» custom_aspect_ratio=»64″ lightbox=»no» linktarget=»_self» align_medium=»none» align_small=»none» align=»center» hover_type=»none» magnify_duration=»120″ scroll_height=»100″ scroll_speed=»1″ caption_style=»off» caption_align_medium=»none» caption_align_small=»none» caption_align=»none» caption_title_tag=»2″ animation_direction=»left» animation_speed=»0.3″ animation_delay=»0″ hide_on_mobile=»small-visibility,medium-visibility,large-visibility» sticky_display=»normal,sticky» filter_hue=»0″ filter_saturation=»100″ filter_brightness=»100″ filter_contrast=»100″ filter_invert=»0″ filter_sepia=»0″ filter_opacity=»100″ filter_blur=»0″ filter_hue_hover=»0″ filter_saturation_hover=»100″ filter_brightness_hover=»100″ filter_contrast_hover=»100″ filter_invert_hover=»0″ filter_sepia_hover=»0″ filter_opacity_hover=»100″ filter_blur_hover=»0″ image_id=»2704|full»]http://www.simulacionmecanica.com/wp-content/uploads/2023/11/Biomecanica.jpg[/fusion_imageframe][fusion_text animation_direction=»left» animation_speed=»0.3″ animation_delay=»0″ hide_on_mobile=»small-visibility,medium-visibility,large-visibility» sticky_display=»normal,sticky»]

Línea 6. Dinámica de palas rotatorias y componentes mecánicos de aerogeneradores
      • Estudio del comportamiento estático, cuasiestático y dinámico (desplazamientos, velocidades de giro, frecuencias de vibración) de palas rotatorias fisuradas

[/fusion_text][fusion_imageframe custom_aspect_ratio=»100″ lightbox=»no» linktarget=»_self» align_medium=»none» align_small=»none» align=»center» hover_type=»none» magnify_duration=»120″ scroll_height=»100″ scroll_speed=»1″ caption_style=»off» caption_align_medium=»none» caption_align_small=»none» caption_align=»none» caption_title_tag=»2″ animation_direction=»left» animation_speed=»0.3″ animation_delay=»0″ hide_on_mobile=»small-visibility,medium-visibility,large-visibility» sticky_display=»normal,sticky» filter_hue=»0″ filter_saturation=»100″ filter_brightness=»100″ filter_contrast=»100″ filter_invert=»0″ filter_sepia=»0″ filter_opacity=»100″ filter_blur=»0″ filter_hue_hover=»0″ filter_saturation_hover=»100″ filter_brightness_hover=»100″ filter_contrast_hover=»100″ filter_invert_hover=»0″ filter_sepia_hover=»0″ filter_opacity_hover=»100″ filter_blur_hover=»0″ image_id=»2715|full»]http://www.simulacionmecanica.com/wp-content/uploads/2023/11/Dinamica-de-palas-rotatorias.jpg[/fusion_imageframe][/fusion_builder_column][/fusion_builder_row][/fusion_builder_container]