Qiao-MCP — Bridge Engineering (桥梁工程) MCP server

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• add_beam_constraint

  Set beam end releases / constraints (设置梁端约束/铰接释放).

• add_beam_section_temperature

  Apply beam section temperature load (梁截面温度荷载).

• add_cable_length_load

  Apply cable length adjustment load (索长误差荷载).

• add_check_load_combination

  Add a load combination for structural checking (添加检算荷载组合).

• add_check_stirrup

  Add a stirrup definition for checking (添加检算箍筋定义).

• add_constraint_equation

  Add a constraint equation between node DOFs (添加约束方程).

• add_construction_stage

  Add a construction stage (添加施工阶段).

• add_creep_function

  Add user-defined creep function (添加自定义徐变函数).

• add_custom_temperature

  Apply custom temperature load (自定义温度荷载).

• add_distribute_plane_load

  Apply arbitrary distributed plane load (任意分布面荷载).

• add_effective_width

  Add effective width to beam elements (添加截面有效宽度).

• add_elastic_link

  Add an elastic link between two nodes (添加弹性连接).

• add_elastic_support

  Add elastic spring supports on nodes (添加弹性支承/弹簧支座).

• add_elements_to_group

  Add elements to an existing structure group (向已有结构组添加单元).

• add_gradient_temperature

  Apply gradient temperature load (梯度温度荷载).

• add_initial_tension_load

  Apply initial tension load (初拉力荷载).

• add_load_combine

  Add a load combination (添加荷载组合).

• add_load_to_mass

  Convert a load case to mass for dynamic analysis (将荷载转换为质量).

• add_master_slave_link

  Add master-slave constraint (rigid link) between nodes (添加主从约束/刚域).

• add_nodal_mass

  Add nodal mass for dynamic analysis (添加节点质量).

• add_parametric_reinforcement

  Add parametric reinforcement to a concrete section (添加参数化配筋).

• add_plate_element_load

  Apply plate element load (板单元面上荷载).

• add_shrink_function

  Add user-defined shrinkage function (添加自定义收缩函数).

• add_spectrum_case

  Add response spectrum load case (添加反应谱工况).

• add_spectrum_function

  Add response spectrum function (添加反应谱函数).

• add_support_settlement

  Apply support settlement / nodal displacement load (支座沉降/节点强制位移).

• add_system_temperature

  Apply system temperature load (体系温度/整体升降温荷载).

• add_tapper_section_group

  Add a tapered section group (添加变截面组).

• add_thickness

  Add a plate thickness property (添加板厚度).

• add_time_history_case

  Add time history analysis case (添加时程分析工况).

• add_time_history_function

  Add time history function (添加时程函数).

• add_time_parameter

  Add time-dependent material parameters (添加时间依存材料参数).

• add_to_structure_group

  Add nodes and/or elements to an existing structure group (向已有结构组中添加节点和/或单元).

• apply_beam_distributed_load

  Apply distributed load on beam elements (施加梁单元分布荷载).

• apply_nodal_force

  Apply forces/moments at nodes (施加节点荷载).

• assign_element_stirrup

  Assign or remove element stirrups (指定或删除单元箍筋).

• calculate_section_property

  Recalculate properties for all sections in the model (重新计算所有截面特性).

• call_qtmodel_api

  Call a qtmodel API method not covered by a curated tool (调用 qtmodel 长尾 API).

• check_qiaotong_connection

  Diagnose the connection to QiaoTong software (诊断桥通软件连接状态).

• configure_analysis

  Configure analysis settings (配置分析设置).

• configure_check_analysis
• create_beam_elementwrite action

  Create a single frame element (beam/truss/cable) with named parameters (创建单个梁/杆/索单元，参数具名).

• create_beam_elements_linearwrite action

  Batch-create frame elements chaining nodes along a girder (批量创建沿主梁方向连接相邻节点的梁单元).

• create_boundary_groupwrite action

  Create a boundary condition group (创建边界组).

• create_elementswrite action

  Create elements from a raw data array (通过原始数组创建单元).

• create_line_width_sectionwrite action

  Create a line-width cross-section (创建线宽截面).

• create_load_casewrite action

  Create a load case (创建荷载工况).

• create_load_groupwrite action

  Create a load group (创建荷载组).

• create_materialwrite action

  Create a material in the bridge model (创建材料).

• create_nodeswrite action

  Create nodes in the bridge model from an explicit coordinate list (创建节点).

• create_nodes_linearwrite action

  Create evenly-spaced nodes along a straight line — the preferred way to model a bridge girder (等间距直线批量创建节点).

• create_polygon_sectionwrite action

  Create a custom polygon cross-section (创建任意多边形截面).

• create_sectionwrite action
• create_section_from_propertieswrite action

  Create a section directly from its pre-calculated properties (通过截面特性直接创建截面).

• create_structure_groupwrite action

  Create a structure group and optionally assign elements to it (创建结构组).

• create_tapered_sectionwrite action

  Create a tapered section from two existing sections (根据两个已存截面创建渐变截面).

• get_analysis_results

  Get analysis results from the bridge model (获取分析结果).

• get_check_data

  Query concrete-check data by kind (按类型查询混凝土检算数据).

• get_model_info

  Get a summary of the current bridge model (获取当前桥梁模型概要信息).

• initialize_model

  Initialize a new empty model (初始化全新模型).

• list_group_members

  List members of a structure/boundary/load group (查看分组的成员信息).

• list_qtmodel_api

  Discover qtmodel API methods and their real signatures (检索 qtmodel API 方法及签名).

• manage_check_case_file

  Open or save a concrete check case file (打开或保存混凝土检算工况文件).

• manage_check_stirrupwrite action

  Update or remove a stirrup definition (修改或删除检算箍筋定义).

• merge_operation_stage

  Merge all construction stages into a final operation stage (合并为运营阶段).

• move_nodes

  Move nodes by an offset (平移节点).

• open_model_file

  Open an existing model file (打开模型文件).

• patched_tool
• remove_boundarywrite action

  Remove a specific boundary condition (删除指定边界条件).

• remove_construction_stagewrite action

  Remove a construction stage (删除施工阶段).

• remove_from_structure_groupwrite action

  Remove nodes and/or elements from an existing structure group (从结构组中移除节点和/或单元).

• remove_sectionwrite action

  Delete one or more sections from the model (删除截面).

• remove_structure_groupwrite action

  Remove a structure group (删除结构组). If no name is provided, removes all structure groups.

• remove_unused_sectionswrite action

  Clean up and remove all unused sections from the model (删除未使用的截面).

• renumber_elements

  Renumber elements (单元编号重排序). If no IDs are provided, renumbers all elements starting from 1 continuously.

• renumber_nodes

  Renumber nodes (节点重新编号). If no IDs are provided, renumbers all nodes starting from 1 continuously.

• revert_local_orientation

  Revert local orientation of frame elements (反转杆系单元局部方向).

• run_analysiswrite action

  Run the structural analysis calculation (执行结构分析计算).

• run_concrete_checkwrite action

  Execute concrete structural checking analysis (运行混凝土检算).

• save_model_file

  Save the current model to a file (保存模型文件).

• set_gravity

  Set the gravitational acceleration used for self-weight (设置重力加速度).

• set_self_weight_stage

  Configure self-weight for a construction stage (设置施工阶段自重).

• set_support

  Set support boundary conditions on nodes (设置节点支承).

• setup_concrete_checkwrite action

  Create a concrete structural check case (创建混凝土检算工况).

• switch_display_stage

  Switch the view to a specific construction stage (切换显示阶段).

• update_bulking_settingwrite action

  Configure buckling analysis settings (屈曲分析设定).

• update_construction_stagewrite action

  Update an existing construction stage (修改施工阶段).

• update_elementwrite action

  Modify an existing element's properties (修改单元属性).

• update_element_betawrite action

  Change the beta angle of one or more elements (修改单元贝塔角).

• update_element_idwrite action

  Change an element's ID (更改单元编号).

• update_element_materialwrite action

  Change the material of one or more elements (修改单元材料).

• update_element_nodeswrite action

  Replace the end nodes of an element (修改单元端节点).

• update_element_sectionwrite action

  Change the section of one or more frame elements (修改杆系单元截面).

• update_nodewrite action

  Modify an existing node's coordinates or ID (修改节点坐标或编号).

• update_node_idwrite action

  Change a node's ID (修改节点编号).

• update_section_biaswrite action

  Update section bias/eccentricity (更新截面偏心/对齐方式).

• update_section_propertywrite action

  Directly modify the calculated properties of a section (直接修改截面特性值).

• update_structure_group_namewrite action

  Rename an existing structure group (重命名结构组).

• update_vertical_steel_tendonwrite action

  Update vertical prestress tendon parameters for checking (修改竖向预应力钢束参数).

• validate_model

  Validate the current model for common issues before running analysis (验证模型，在运行分析前检查常见问题).

• Code scan19 source files scanned25/25
• –Live reliabilityno gateway calls yet and no remote to proben/a
• –Tool poisoningtools not inspected (local package is not executed); not countedn/a
• Auth qualitylocal package, no credentials required12/15
• Maintenancelast push 15 days ago15/15
• Maintainer identityregistry namespace matches repository owner; GitHub account older than a year8/10

Safety score

92/100

higher than 95% of 48,255 servers

Tools

100

the typical server has 7

Tools that change things

39%

typical: 0%. Fewer write tools means less an agent can break

GitHub stars

1

more than 65% of 28,688 servers

Downloads a week

17

more than 5% of 12,191 servers with a package

Qiao-MCP — Bridge Engineering (桥梁工程): common questions

Is Qiao-MCP — Bridge Engineering (桥梁工程) MCP server safe?

Yes, by our scan: it is graded A (92/100). Read the Qiao-MCP — Bridge Engineering (桥梁工程) safety report

How do I install Qiao-MCP — Bridge Engineering (桥梁工程)?

It runs on your machine. Copy the Claude Code, Cursor, VS Code or Claude Desktop config from the install section.

Does Qiao-MCP — Bridge Engineering (桥梁工程) need an API key?

No secret keys are declared. It reads 2 settings from the environment.

Is Qiao-MCP — Bridge Engineering (桥梁工程) maintained?

The last commit was 16 days ago (2026-10-19). The latest release is v0.3.1.

How does Qiao-MCP — Bridge Engineering (桥梁工程) compare with other MCP servers?

safety score 92/100 (higher than 95% of 48,255 servers); tools 100 (the typical server has 7); tools that change things 39% (typical: 0%. Fewer write tools means less an agent can break). Full comparison.