Bamboo R&D
竹研发
每一座桥、每一栋建筑背后，是实验室里的数千次验证。
Behind every bridge and building: thousands of tests in the lab.
Bamboo R&D
每一座桥、每一栋建筑背后，是实验室里的数千次验证。
Behind every bridge and building: thousands of tests in the lab.
研究路径
材料试验、工艺验证、节点研发、数字仿真——竹远的研究成果不停留在论文，而是直接转化为可建造的工程技术。
Material tests, process validation, joint R&D and simulation — our research is built twice: first in the lab, then on the land.
竹材处理工艺
高温蒸煮脱糖脱脂，从源头降低虫蛀与霉变风险，稳定竹材材性。
Boiling removes sugars and oils at the source, reducing insect and mold risk and stabilizing the material.
控制性碳化改变竹材内部环境，显著提升防虫防霉与尺寸稳定性。
Controlled carbonization transforms the inner environment, markedly improving durability and dimensional stability.
药剂浸泡深入竹壁纤维，长效防护，大幅减少开裂。
Soaking penetrates deep into the fiber for long-term protection and far less cracking.
三种工艺的组合运用，是竹远在防虫、防霉、减少开裂方面多年实验积累的核心成果——也是竹结构能长期服役的关键。
The combined use of these three processes is the core result of years of experimentation — and the key to bamboo structures that last.
Processed bamboo, ready for building.
节点技术
一套节点，一种语言。钢件负责精确传力，原竹负责轻盈与温度——每个节点都经过足尺试验验证。
One joint, one language: steel transfers force with precision, bamboo keeps its lightness and warmth — every joint verified at full scale.
双杆汇交于主管，钢板与抱箍复合连接，传力直接。
Two members meeting on a main pole — steel plate plus clamp composite connection.
四杆正交，内衬与外抱箍双重约束，双向受力可靠。
Four orthogonal members, doubly constrained by inner sleeve and outer clamps.
三杆汇交，钢套筒与螺栓连接，构造简洁，安装便捷。
Three members meeting — steel sleeve and bolt connection, simple and quick to install.
四杆斜交于一块多边形钢板，多向传力，适合空间网格。
Four diagonal members on one polygonal plate, transferring forces in multiple directions.
六杆汇交于中心圆盘，是大跨网格结构的理想汇聚节点。
Six members converging on a central disc — ideal for long-span grid structures.
钢板弯折成型，与竹杆贴合紧密，节点轻巧而利落。
A folded steel plate fitting tightly around the poles — light and compact.
研发体系
竹材试件系统试验，建立可靠的竹材性能数据库。
Systematic specimen testing builds a reliable bamboo performance database.
蒸煮、碳化、浸泡工艺的对比实验与长期性能跟踪。
Comparative experiments and long-term tracking of boiling, carbonization and soaking.
空间有限元仿真贯穿方案到施工，先在模型中建一遍。
Spatial FEA from concept to construction — built first in the model.
25 项国家专利，参与形成竹结构工程技术解决方案与标准积累——研究成果直接转化为可建造的工程技术。
25 national patents and accumulated standards — research turned directly into buildable engineering.
产学研
与重庆交通大学、上海交通大学重庆研究院、中铁大桥科学研究院、重庆市建筑科学研究院等单位合作，开展大量材料实验与力学实验。
We collaborate with Chongqing Jiaotong University, SJTU Chongqing Research Institute, China Railway Major Bridge Reconnaissance & Design Institute and others on extensive material and mechanical testing.
研究不只停留在论文：竹材性能、节点构造、结构设计、三防处理的研究成果，直接转化为可建造的工程技术。
Research never stops at papers: results in material behavior, joints, structural design and treatment become buildable technology.
查看代表论文 → Selected Publications