Ballast 3D Models

Find the best Ballast 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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Anonymous1719881424

Design a functional RC offshore tugboat for real-world 3D printing and operation, not decoration.
Length ~80 cm, width 30–34 cm, height 35–40 cm.
Use an offshore tug hull: large rounded bow, high freeboard, wide beam, deep displacement hull, reinforced flat keel, optimized for stability and heavy work in choppy water.
Hull wall thickness 3–4 mm with internal ribs and bulkheads, watertight with gasket-ready seams.
Raised foredeck, high central wheelhouse, and open rear working deck.
Large internal volume for battery, ESC, receiver, motors, wiring, and ballast near the keel.
Rear-mounted large-diameter propeller (single or twin) with optional Kort nozzle, rear rudder(s), torque-focused propulsion.
Include a rear payload bay carrying 300–700 g with a servo-controlled drop hatch or trapdoor that releases payload on RC command.
Removable deck/superstructure for maintenance.
Split into printable sections with alignment pins and screw holes.
Industrial offshore tug appearance, realistic propo

Anonymous1769664429

"Highly detailed bulk carrier vessel cutaway view, showing complete internal structure: main engine room with large two-stroke diesel engine, visible pistons and crankshaft, fuel injection system, turbocharger, exhaust manifolds, cooling water pipes, hydraulic systems, cargo holds with reinforced steel bulkheads, ballast tanks, bridge interior with navigation consoles and radar equipment, crew quarters, galley, engine control room with gauges and control panels, pump rooms, generator sets, propeller shaft and stern tube, rudder mechanism, anchor windlass machinery, photorealistic industrial materials, steel textures, painted surfaces with rust weathering, technical cross-section illustration style, 8K details"

Anonymous1769521287

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Anonymous1769427930

船舶建模。

要求：使用三维建模软件建船模，船舶总长为学号的后三位(205)，单位米；型宽取43米；吃水19米，干舷15米；船为单壳，板厚0.3米，无加强筋；船的方形系数取0.8，形状任意。

建模可使用ANSYS内置的建模软件，也可以使用其他任意的三维建模软件完成，要求模型能够导入ANSYS Workbench中进行编辑和进一步操作。

建模完成拍照上传，照片至少三张，展示模型至少三个角度。模型文件打包上传到附件里面。

Anonymous1769427379

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Anonymous1766145624

生成 “深海桥墩冲刷加固系统 3D 剖面装配示意图”，具体参数如下：
主体结构与尺寸：
中心部件：桥墩桩基，圆柱形，直径 7.5m，图中露出 CFRP 外壳的顶部长度为 2m，材质为浅灰色混凝土纹理（带桩基质感）；
中间层：UHPC 刚度代偿内核，环形填充于桩基与 CFRP 外壳之间，厚度 0.25m（单侧），高度 10m（与 CFRP 外壳等高），材质为浅灰色混凝土纹理（带细微骨料颗粒）；
外层结构：CFRP 整流外壳，流线型中空壳体，内侧直径 8m（包裹 UHPC 内核），径向总厚度 0.6m（外壳自身厚度 + 外层余量），外径 9.2m，高度 10m，材质为哑光深灰色复合材料纹理（带纤维质感）；
底部部件：ECC 柔性防淘裙板，连接于 CFRP 外壳底部，单边水平伸出长度 30cm（0.3m），自身厚度 5cm（0.05m），材质为浅米色柔性复合材料纹理。
结构关系：桥墩桩基居中 → 外侧包裹 UHPC 内核 → 再外侧为 CFRP 整流外壳 → CFRP 外壳底部周向连接 ECC 防淘裙板；开启剖面效果，展示内部 “桩基 - UHPC-CFRP” 的分层结构。
视觉与环境：
背景：简洁纯白色（突出结构细节）；
氛围：添加半透明淡蓝色水层（覆盖 CFRP 外壳上半部分，模拟深海环境）；
纹理：各部件材质纹理清晰区分（CFRP 哑光 / UHPC 骨料感 / ECC 柔性质感）；
视角：45° 斜向剖面视角，清晰呈现各部件的相对位置、尺寸比例与内部分层。

Anonymous1769051012