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钢结构效果图制作:
钢结构行业效果图根据应用场景、结构形式及功能需求可划分为以下主要分类,各分类在技术标准、应用领域及市场特点上存在显著差异:
1. 按应用场景分类
工业厂房钢结构效果图制作
用于机械制造、电子工业、汽车制造等厂房,需满足大跨度、高承重及快速施工需求。例如,汽车制造车间常采用重型钢结构效果图,跨度可达30米以上,支撑重型设备运行。
商业建筑钢结构效果图制作
涵盖商场、超市、酒店等,强调美观性、空间利用率及施工效率。轻型钢结构因自重轻、造型灵活,广泛应用于此类建筑的外立面及内部结构效果图。
公共建筑钢结构效果图制作
包括图书馆效果图、体育馆效果图、车站效果图等,需兼顾结构强度与空间美学。例如,国家大剧院采用空间钢结构效果图,实现大跨度无柱空间,满足艺术表演需求。
交通设施钢结构效果图制作
用于桥梁效果图、高速公路、火车站台等,要求高强度、耐久性及抗风抗震能力。港珠澳大桥采用钢结构箱梁,跨度达110米,适应海洋环境。
住宅钢结构效果图制作
涵盖高层住宅、公寓楼等,注重结构安全性、施工速度及环保性。日本90%的5层及以下住宅采用钢结构,抗震性能优越。
农业设施钢结构效果图制作
包括农业大棚、畜牧业用房等,强调低成本、快速搭建及耐腐蚀性。轻型钢结构大棚因施工周期短、成本低,广泛应用于现代农业。
环保设施钢结构效果图制作
用于污水处理厂、垃圾焚烧厂等,需满足耐腐蚀、耐高温及环保要求。例如,垃圾焚烧厂钢结构需承受高温及化学腐蚀。
2. 按结构形式分类
轻型钢结构效果图制作
采用薄壁型钢效果图、彩钢板效果图等,自重轻、施工快,适用于工业厂房效果图、仓库效果图及低层住宅。例如,轻钢别墅施工效果图周期较传统建筑缩短50%。
重型钢结构
用于高层建筑、重型厂房及大跨度桥梁,需承受巨大荷载。例如,上海中心大厦采用钢框架-核心筒结构,高度达632米。
空间钢结构效果图制作
包括网架效果图、网壳、桁架等,实现大跨度无柱空间。例如,国家游泳中心(水立方)采用ETFE膜结构,跨度达177米。
设备钢结构效果图制作
用于工业设备支架效果图、塔架效果图等,需满足特定工艺要求。例如,风电塔架效果图采用高强钢,高度可达120米以上。
3. 按功能需求分类
高层建筑钢结构效果图制作
用于超高层建筑,需解决抗震、抗风及垂直运输问题。例如,迪拜哈利法塔采用钢结构-混凝土混合结构,高度达828米。
大跨度桥梁钢结构效果图制作
用于跨江、跨海桥梁,需解决长悬臂施工及抗疲劳问题。例如,南京长江大桥采用钢桁架结构,跨度达160米。
特种钢结构效果图制作
包括海洋平台效果图、压力容器等,需满足极端环境下的安全性。例如,海洋平台采用高强钢及防腐涂层,适应深海环境。
4. 按技术标准分类
中端钢结构效果图制作
采用普通强度钢材(如Q235、Q355),适用于一般工业厂房及商业建筑。例如,普通钢结构厂房造价较混凝土结构降低20%。
高端钢结构效果图制作
采用高强钢(Q460以上)、耐火钢、耐候钢等,适用于超高层建筑、大跨度桥梁及特种工程。例如,高强钢在桥梁中的应用可减轻结构自重30%。
来源:专业的效果图公司,追求卓越18年的三维图制作经验,承接厂房/车间/仓储/别墅/民宿/农庄/加油站/办公楼/会所/景观/园林/古建/祠堂/工程/亮化/道路/桥梁/幕墙/展馆/室内类效果图制做,覆盖拌合站工程|工业|产品|机械|设备|生产流水线|钢结构领域的3d效果图制做,结合3D动画全景图交互渲染技术助力,提升设计方案创新和互动的的品质!—高维设计
The renderings of the steel structure industry can be divided into the following main categories based on application scenarios, structural forms, and functional requirements. Each category has significant differences in technical standards, application fields, and market characteristics:
1. Classify by application scenario
Production of steel structure renderings for industrial plants
Used for factories in mechanical manufacturing, electronics industry, automobile manufacturing, etc., it needs to meet the requirements of large span, high load-bearing capacity, and fast construction. For example, automobile manufacturing workshops often use heavy-duty steel structure renderings with spans of over 30 meters to support the operation of heavy equipment.
Production of commercial building steel structure renderings
Covering shopping malls, supermarkets, hotels, etc., emphasizing aesthetics, space utilization, and construction efficiency. Lightweight steel structures are widely used in the exterior and interior structural renderings of such buildings due to their light weight and flexible shape.
Production of steel structure renderings for public buildings
Including library renderings, gymnasium renderings, station renderings, etc., it is necessary to balance structural strength and spatial aesthetics. For example, the National Centre for the Performing Arts adopts spatial steel structure renderings to achieve large-span column free spaces and meet the needs of artistic performances.
Production of Steel Structure Rendering for Transportation Facilities
Used for bridge renderings, highways, train platforms, etc., requiring high strength, durability, and wind and seismic resistance. The Hong Kong Zhuhai Macao Bridge adopts steel structure box girders with a span of 110 meters, which are suitable for marine environments.
Production of residential steel structure renderings
Covering high-rise residential buildings, apartment buildings, etc., emphasizing structural safety, construction speed, and environmental protection. 90% of residential buildings in Japan with 5 floors or less use steel structures, which have superior seismic performance.
Production of Steel Structure Rendering for Agricultural Facilities
Including agricultural greenhouses, livestock houses, etc., emphasizing low cost, fast construction, and corrosion resistance. Lightweight steel structure greenhouses are widely used in modern agriculture due to their short construction period and low cost.
Production of steel structure renderings for environmental protection facilities
Used in sewage treatment plants, garbage incineration plants, etc., it must meet the requirements of corrosion resistance, high temperature resistance, and environmental protection. For example, the steel structure of a waste incineration plant needs to withstand high temperatures and chemical corrosion.
2. Classify by structural form
Production of renderings for lightweight steel structures
Using thin-walled steel renderings, color steel plate renderings, etc., with light weight and fast construction, suitable for industrial factory renderings, warehouse renderings, and low rise residential buildings. For example, the construction rendering period of light steel villas is shortened by 50% compared to traditional buildings.
Heavy duty steel structure
Used for high-rise buildings, heavy factories, and large-span bridges, it needs to withstand huge loads. For example, the Shanghai center Building is a steel frame core tube structure with a height of 632 meters.
Production of spatial steel structure rendering
Including grid renderings, mesh shells, trusses, etc., to achieve large-span column free space. For example, the National Aquatics Center (Water Cube) adopts ETFE membrane structure with a span of 177 meters.
Production of equipment steel structure rendering
Used for industrial equipment bracket renderings, tower renderings, etc., specific process requirements must be met. For example, the rendering of a wind turbine tower is made of high-strength steel and can reach a height of over 120 meters.
3. Classify by functional requirements
Production of steel structure renderings for high-rise buildings
Used for super high-rise buildings, it is necessary to solve the problems of earthquake resistance, wind resistance, and vertical transportation. For example, the Burj Khalifa in Dubai adopts a steel concrete hybrid structure with a height of 828 meters.
Production of steel structure rendering for large-span bridges
Used for cross river and cross sea bridges, it is necessary to solve the problems of long cantilever construction and fatigue resistance. For example, the Nanjing Yangtze River Bridge adopts a steel truss structure with a span of 160 meters.
Production of special steel structure renderings
Including ocean platform renderings, pressure vessels, etc., they must meet safety requirements in extreme environments. For example, offshore platforms use high-strength steel and anti-corrosion coatings to adapt to deep-sea environments.
4. Classify according to technical standards
Production of intermediate steel structure rendering
Made of ordinary strength steel (such as Q235, Q355), suitable for general industrial plants and commercial buildings. For example, the cost of a regular steel structure factory building is reduced by 20% compared to a concrete structure.
High end steel structure rendering production
Adopting high-strength steel (Q460 or above), refractory steel, weather resistant steel, etc., suitable for super high-rise buildings, large-span bridges, and special engineering. For example, the application of high-strength steel in bridges can reduce the structural weight by 30%.
Source: A professional rendering company that pursues excellence with 18 years of experience in 3D rendering. We undertake the production of 3D renderings for factories, workshops, warehouses, villas, homestays, farms, gas stations, office buildings, clubs, landscapes, gardens, ancient architecture, ancestral halls, engineering, lighting, roads, bridges, curtain walls, exhibition halls, and indoor spaces. We cover the fields of mixing station engineering, industry, products, machinery, equipment, production lines, and steel structures, and combine 3D animation panoramic interactive rendering technology to enhance the quality of design innovation and interaction! - High dimensional design