ICSMSE 2019 is to bring together innovative academics and industrial experts in the field of Smart Materials and Structural Engineering to a common forum. The primary goal of the conference is to promote research and developmental activities in Smart Materials and Structural Engineering and another goal is to promote scientific information interchange between researchers, developers, engineers, students, and practitioners working all around the world. The conference will be held every year to make it an ideal platform for people to share views and experiences in Smart Materials and Structural Engineering and related areas.
The topics of interest for submission include, but are not limited to:
1.Advances in Instrumentation Technology
2. Applications Traffic Control and Information
3. Applied Materials and Technology
4. Applied Mechanics
5. Architectural Environment & Equipment Engineering
6. Architecture and Building Materials
7. Atom -Surface Interactions
8. Atomic and molecular interactions
9. Atomic tests of fundamental physics
10. Automation, Mechatronics and Robotics
11. Automotive Engineering
12. Biomechanics
13. Biophysics and Systems Biology
14. Bridge Engineering
15. Building Energy Saving Technology
16. Building Structure
17. Building Technology
18. Case Studies of Structural Failures
19. Civil, Environmental and Structural Engineering
20. Coastal Engineering
21. Composite and Smart Materials
22. Computational Mechanics
23. Computing Methods
24. Concrete Structures
25. Construction and Control
26. Construction Management
27. Construction Materials
28. Damage Mechanics, Fracture and Fatigue
29. Disaster Prevention and Mitigation
30. Durability and Long-Term Performance of Structures
31. Emerging Areas of Materials Science
32. Environment-Friendly Construction and Development
33. FRP Applications in Construction
34. Full-Scale Testing of Structures
35. Geographical Information Systems
36. Geological Engineering
37. Geotechnical Engineering
38. Green Building Materials
39. Green Construction and Environmental Protection
40. High-Performance Concrete and Steel
41. Hydraulic Engineering
42. Industrial Materials
43. Information Technology for Materials
44. Instrumentation and measurement
45. Laminated Composites
46. Life-Cycle Performance of Structures
47. Light Metals for Transportation
48. Lightweight Structures
49. Material Quality and Control
50. Materials Manufacturing and Processing
51. Materials Properties, Measuring Methods and Applications
52. Materials Science and Engineering
53. Measurement System and Theory
54. Mechanical Applications
55. Metallic Structures
56. Mining and Metallurgy
57. Monitoring and Control of Structures
58. Nano Mechanics
59. Nanotechnology in Mechanics and Materials Science
60. Nuclear power and the environment
61. Nuclear power in the world: Status and prospects
62. Operation and Maintenance
63. Operational Safety for Nuclear Power Plants
64. Optics and Laser Technology
65. Performance-Based Structural Engineering
66. Plant Safety Assessment and Regulatory Issues
67. Reliability and Durability of Structures
68. Risk Assessment and Management
69. Safety and Monitoring
70. Seismic Engineering
71. Smart Materials and Structures
72. Space Structures and Long-Span Roofs
73. Steel-Concrete Composite Construction
74. Structural Engineering and Disaster Reduction
75. Structural Materials
76. Structural Operation and Maintenance
77. Structural Safety and Reliability
78. Surface Science and Engineering
79. Tall Buildings and Long-Span Bridges
80. Transportation Engineering
81. Transportation Technology Urban
82. Underground Facilities Hydraulic Engineering
83. Urban Engineering
84. Water Resources Integrated management
85. Water Resources Sustainable development
86. Water Supply and Drainage Engineering Architecture and Urban Planning
87. Other related topics
1.仪器技术进步
2.应用交通控制和信息
3.应用材料与技术
4.应用力学
5.建筑环境与设备工程
6.建筑和建筑材料
7.原子 - 表面相互作用
8.原子和分子相互作用
9.基础物理学的原子测试
10.自动化，机电一体化和机器人
11.汽车工程
12.生物力学
13.生物物理学和系统生物学
14.桥梁工程
15.建筑节能技术
16.建筑结构
17.建筑技术
18.结构性失效案例研究
19.土木，环境和结构工程
20.沿海工程
21.复合材料和智能材料
22.计算力学
23.计算方法
24.混凝土结构
25.建设和控制
26.施工管理
27.建筑材料
28.损伤力学，断裂和疲劳
29.防灾减灾
30.结构的耐久性和长期性能
31.新兴材料科学领域
32.环境友好型建设与发展
33. FRP在建筑中的应用
34.结构的全面测试
35.地理信息系统
36.地质工程
37.岩土工程
38.绿色建筑材料
39.绿色建筑与环境保护
40.高性能混凝土和钢
41.水利工程
42.工业材料
43.材料信息技术
44.仪器和测量
45.层压复合材料
46.结构的生命周期性能
47.运输用轻金属
48.轻量级结构
49.材料质量和控制
50.材料制造和加工
51.材料特性，测量方法和应用
52.材料科学与工程
53.测量系统和理论
54.机械应用
55.金属结构
56.采矿和冶金
57.结构的监测和控制
58.纳米力学
59.力学与材料科学中的纳米技术
60.核电和环境
61.世界核电：现状和前景
62.运行和维护
63.核电厂的运行安全
64.光学和激光技术
65.基于绩效的结构工程
66.工厂安全评估和监管问题
67.结构的可靠性和耐久性
68.风险评估和管理
69.安全和监测
70.地震工程
71.智能材料和结构
72.空间结构和大跨度屋顶
73.钢 - 混凝土复合结构
74.结构工程和减灾
75.结构材料
76.结构运行和维护
77.结构安全性和可靠性
78.表面科学与工程
79.高层建筑和大跨度桥梁
80.运输工程
81.交通技术城市
82.地下设施水利工程
83.城市工程
84.水资源综合管理
85.水资源可持续发展
86.给水排水工程建筑与城市规划
87.其他相关主题
