【校園科技雕塑設計·鑄銅科學儀器系列】
設計理念：
本系列雕塑以中國古代科技智慧為靈感，選取紀限儀、地平經緯儀與地震儀三種具有代表性的科學儀器進行藝術化創作，通過鑄銅材質與抽象造型的融合，展現科技探索精神與人文美學的共生。作品既承載歷史厚度，又傳遞現代創新思維，適用于高校廣場、科技園區等場所，激發觀者對科學原理的直觀感知與哲學思考。
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紀限儀雕塑（Sextant Sculpture）
造型采用雙弧環交織結構，主體由0.8米直徑的青銅圓環構成，表面鍛造星軌紋樣與刻度浮雕。中心觀測軸延伸出三組漸開線銅片，象征角度測量的精妙原理。底座鑲嵌黃銅隕石紋理飾板，通過光影投射在地面形成動態日晷效果。作品詮釋古代天文測量智慧，環形構造隱喻宇宙運行的永恒規律，引導觀者思考時空維度。
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地平經緯儀雕塑（Altazimuth Sculpture）
由三層旋轉青銅圓盤構成立體坐標系統，主軸傾斜23.5度對應地球自轉軸傾角。經線環飾以云雷紋浮雕，緯線環表面電解著色形成漸變藍銅銹效果。基座鑲嵌十二時辰方位標識，可與陽光互動產生實時投影。雕塑通過動靜結合的形態語言，演繹天體定位的數學之美，螺旋上升的造型傳遞永無止境的科學追求。
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地震儀雕塑（Seismograph Sculpture）
抽象化表現漢代候風地動儀原理，八組懸垂青銅鐘擺環繞中央蟾蜍承露盤，波紋狀基座采用失蠟法鑄造模擬地震波形。表面肌理融合龜裂紋與數碼點陣圖案，傳統鑄造工藝與現代科技意象形成時空對話。當風吹過時，銅簧片產生空靈聲響，以藝術化方式詮釋波動傳遞原理。
材質工藝：
選用高純度青銅經十六道傳統工序鑄造，表面采用熱著色與手工做舊工藝，確保50年以上戶外耐候性。模塊化設計便于運輸安裝，所有棱角均作圓角處理保障安全。
教育價值：
雕塑群通過可觸可觀的立體形態，將復雜的科學原理轉化為視覺語言，青銅材質的歷史厚重感與精密儀器的科技感形成獨特張力，為校園注入沉浸式科學人文氛圍。
【Campus Technology Sculpture Design · Bronze Scientific Instrument Series】
Design Concept：
This sculpture series draws inspiration from ancient Chinese scientific wisdom, featuring artistic interpretations of three iconic instruments - the sextant, altazimuth, and seismograph. Through the fusion of bronze casting and abstract forms, the works embody the symbiosis of technological exploration and humanistic aesthetics. Combining historical depth with contemporary innovation, the sculptures are designed for university squares and science parks, stimulating intuitive understanding of scientific principles and philosophical contemplation.
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Sextant Sculpture
The structure features interwoven dual bronze arcs with a 0.8m diameter main ring adorned with stellar trajectory patterns and graduated scales. Three groups of involute bronze sheets extend from the central axis, illustrating angular measurement principles. The base incorporates meteorite-textured brass plates that project dynamic sundial shadows. This work demonstrates ancient astronomical wisdom, its circular form symbolizing cosmic eternity, guiding viewers to contemplate spacetime dimensions.
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Altazimuth Sculpture
Comprising three rotating bronze disks forming a 3D coordinate system, the main axis tilts at 23.5° reflecting Earth s axial tilt. The longitude ring displays cloud-thunder pattern reliefs, while the latitude ring exhibits gradient patina through electrochemical coloring. The base embeds twelve earthly branch方位 markers interacting with sunlight to create real-time projections. The spiral ascending form conveys endless scientific pursuit through its dynamic-static equilibrium.
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Seismograph Sculpture
Abstractly interpreting the Han Dynasty seismometer principle, eight bronze pendulums surround a central toad-shaped catchment plate. The wave-patterned base, cast through lost-wax technique, simulates seismic waveforms. Surface textures combine crackle patterns with digital matrices, creating temporal dialogue between traditional craftsmanship and modern technology. Wind-activated bronze reeds produce ethereal sounds, artistically demonstrating wave propagation.
Craftsmanship：
Manufactured using high-purity bronze through 16 traditional processes, featuring thermal coloring and manual antiquing for over 50 years outdoor durability. Modular design ensures safe transportation and installation with rounded edges.
Educational Significance：
The sculpture group transforms complex scientific principles into visual language through tactile forms. The historical gravitas of bronze interacts with technological precision, creating immersive scientific and humanistic ambiance for campus environments.
