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Wind 3D Models

Find the best Wind 3D Models, free download in STL, FBX, GLB, OBJ, 3MF, USDZ for 3D modeling and creation in Blender, 3D printing, game developing, animation, eCommerce, AR/VR and etc. Generated by Tripo AI 3D Generator.

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Anonymous1773282442
Anonymous1773282442
Anonymous1774790470
Anonymous1776108525
Anonymous1776108525
Una escultura de viento cinética paramétrica basada en image_1.png. Presenta un mástil central de latón segmentado. Desde el mástil se extienden radialmente dos conjuntos espirales de paletas metálicas esculturales y distintas. Las paletas de un lado tienen una forma de "ala de murciélago" grande y escultural. Las paletas del otro lado tienen formas de "cola de pez" esculpidas más pequeñas. Cada paleta es una pieza individual y separada de metal patinado oscuro, claramente desprendida de las demás, sostenida por un brazo de alambre metálico delgado al mástil. La estructura general es una hélice doble helicoidal elegante, aérea y aireada. Espacios de aire claros entre todas las paletas y los brazos de alambre. Vista de ángulo bajo contra un cielo azul. Base mínima.
Anonymous1776108525
Anonymous1776095689
Design a single aerodynamic wind turbine blade optimized for efficient energy generation. Specifications: Total length: 18 cm Maximum width: 3 cm Gradual taper from root to tip Smooth aerodynamic curvature inspired by airfoil profiles (e.g., NACA airfoil) Slight twist along the blade (angle of attack variation from base to tip) to maximize efficiency Thin trailing edge and rounded leading edge Reinforced root/base for mounting to a small generator hub Lightweight but structurally stable design Technical requirements: Optimize for low wind speed performance Ensure smooth airflow and minimal drag Avoid sharp transitions; maintain continuous curvature Suitable for 3D printing (FDM or resin) with no unnecessary supports Export as solid, watertight STL model Style: Clean, realistic engineering design Functional over decorative Optional improvements: Add subtle internal rib structure for strength (if hollow) Ensure balance for rotational stability
Anonymous1773029209
Quiero que me generes una sola aspa heolica de 18 cm por 3 de ancho, esta debe de ser aerodinamica y optimizada para el funcionamiento de un generador heolico
Anonymous1773029209
Anonymous1744099944
Anonymous1775990678
Anonymous1775964802
Anonymous1775963615
一个专为 1:64 比例车模设计的现代工业风桌面风洞模型。整体结构呈水平流线型，由三个主要部分组成： 入口段（左侧）： 一个漏斗形的收缩进气口，内部隐约可见精细的蜂窝状格栅。 核心展示段（中间）： 一个全透明的高透亚克力长方体舱体，内部放置一台精致的 1:64 比例跑车模型。车身周围有几条清晰的、平行的白色线性烟雾流线，模拟空气动力学测试。 动力出口段（右侧）： 一个圆柱形的风扇外壳，内部装有黑色的多叶片涵道风扇。 材质与视觉风格： 主体材质： 哑光黑色金属框架，局部点缀碳纤维纹理。 细节特征： 舱体底部有细微的激光刻度线；展示区下方装有隐藏的冰蓝色 LED 灯带，营造科技感。 光影效果： 顶部有一束淡绿色的片状激光穿过车身，将烟雾切成清晰的流线轮廓。
Anonymous1775736479
风格核心 梦幻艺术风格，马卡龙渐变通透感，柔光珠光质感，流线柔美形态，云雾与星光氛围。 物品主体 水晶风铃，整体呈轻盈悬挂式结构，主体与挂坠衔接自然，线条纤细灵动。 变形融合手法 梦幻意象融合+形态仿生：将月牙轮廓变形为风铃顶部挂架，花瓣形态仿生为风铃坠片，星轨流线拓印于主体表面。 细节元素 边缘做柔滑圆弧处理，坠片上点缀细碎闪粉与渐变光晕，中心悬挂半透明露珠状装饰，整体随风呈现轻盈动态。 材质光影 表面为磨砂琉璃+珠光亚克力质感，光线穿透时形成柔和折射，自带朦胧微光，无生硬棱角。 氛围背景 淡蓝紫渐变雾面背景，飘散细碎星光、薄纱与气泡，营造空灵梦幻的悬浮氛围
Anonymous1775784618
A tube in the shape of a reverse cornucopia has a fan embedded at one end, and at the other end where it narrows, it then begins to quickely widen as part of its shape so that it can accommodate a residential wind turbine with four 14 inch blades
Anonymous1775306769
A tube in the shape of a reverse cornucopia has a fan embedded at one end, and at the other end where it narrows, it then begins to quickely widen as part of its shape so that it can accommodate a residential wind turbine with four 14 inch blades
Anonymous1775306769
Create a small-scale wind energy setup aligned in a straight line on a rectangular base platform (1500 mm x 750 mm). The system should consist of three separate components placed sequentially along the length of the table: 1) A honeycomb flow straightener at the inlet: - Rectangular frame - Internal hexagonal cells to reduce turbulence and produce laminar airflow 2) A small horizontal-axis wind turbine: - 3-blade rotor - Central hub connected to a horizontal shaft - Shaft connected to a small generator housing 3) A support tower structure: - Vertical tower mounted on the base - Nacelle on top holding the rotor and generator - All components aligned with airflow direction Requirements: - All components must be separate bodies (not merged) - All components must be aligned along the same central axis - Maintain realistic spacing between components - Include a base platform supporting all parts - Use simple, clean geometry suitable for engineering visualization - Keep proportions real
Anonymous1775267600
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