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The 144 papers are grouped as follows:
Chapter 1: Materials Science,
Chapter 2: Applied Mechanics, Mechanical Engineering and Processing Technologies,
Chapter 3: Applied Thermodynamics and Heat Engineering,
Chapter 4: Energy Engineering,
Chapter 5: Electrical Engineering,
Chapter 6: Algorithms, Signal and Data Processing, Monitoring and Identification,
Chapter 7: Control Systems,
Chapter 8: Mechatronics and Robotics,
Chapter 9: Industrial Engineering and Information Technologies,
Chapter 10: Information Technologies in Civil Engineering Keyword: Materials Science, Applied Mechanics, Mechanical Engineering and Processing Technologies, Applied Thermodynamics and Heat Engineering, Energy Engineering, Electrical Engineering, Algorithms, Signal and Data Processing, Monitoring and Identification, Control Systems, Mechatronics and Robotics, Industrial Engineering and Information Technologies, Information Technologies in Civil Engineering

These are the proceedings of the Second International Conference on Green Building, Materials and Civil Engineering (GBMCE 2012), held on August 22-23 2012 in SanYa, China.

The 296 peer-reviewed papers are grouped into 3 chapters:
Green Building;
Building Materials;
Civil Engineering
The work offers a timely survey of this important topic.

The 75 papers are grouped as follows:
Chapter 1: Materials Engineering, Civil Engineering and Applied Mechanics;
Chapter 2: Energy Engineering, Power and Technology;
Chapter 3: Chemistry Engineering, Resources and Environment Engineering.
Keyword: Materials Engineering, Civil Engineering and Applied Mechanics, Energy Engineering, Power and Technology; Chemistry Engineering, Resources and Environment Engineering

Management and Modern Aspects of Safety in Civil Engineering Petra Suchardova1,a and Oldrich Sucharda2,b 1VSB-TU Ostrava, Faculty of Safety Engineering, Lumírova 13/630, Ostrava - Výškovice, 700 30, Czech Republic 2VSB-TU Ostrava, Faculty of Civil Engineering, Ludvika Podeste 1875, Ostrava-Poruba, 708 33, Czech Republic apetra.suchardova.st@vsb.cz, boldrich.sucharda@vsb.cz Keywords: Management, safety at work, communication, responsibility Abstract.
The civil engineering belongs to one of the most important industrial area and to a sphere of increased requirements for Health & Safety.
The civil engineering belongs to one of the most important industrial area and to sphere of the increased requirements for Health & Safety.
Here is the field of activity for the small and the middle companies in the civil engineering business.
Rykalova: Application of laboratory tests results of dowel joints in cement-splinter boards velox into the fully probabilistic methods (SBRA method). [2011 SREE Workshop on Applied Mechanics and Civil Engineering, AMCE 2011].

However, the applications in civil engineering have been rather limited.
However, they are rarely used in civil engineering, since carbon and aramid fibers are too expensive and fiberglass ages quickly in alkali environment or being exposed to sunlight [1].
Compared with other reinforcing fibers, basalt may be the best choice for civil engineering, due to its high-strength, high stiffness, thermal insulation, erosion resistant, low moisture sorption, low marketing price, and environment friendly.
Applications of basalt fiber in civil engineering The previously used reinforcing fibers are largely carbon, glass, aramid, steel, polypropylene and basalt.
Typical basalt short-cuts, filaments, flakes, fabrics, geotextiles and composite bar were characterized and the applications of these materials in civil engineering were recommended.

Research on Agent-based Energy Saving System of Civil Shoucai Ma Department of Building Engineering, Lanzhou Polytechnic College, Lanzhou, China 869241532@qq.com Keywords: Agent; civil architecture; energy efficient transformation; decision-making method; decision support system Abstract.
Urban civil system, the heat source, heat networks and civil monomer energy-saving activities are often "fragmented".
Civil System Decision of Energy-saving Basis City civil system is an energy-saving decision related to civil monomer, heating network operating units, operating units and associated heat integrated management activities [5].
At the same time, it has launched the civil area on ​​energy saving.
The study of 2000 to 2030, development of China's civil peak in the late period is predicted that half of China's civil ownership is new since 2000.

Modal Parameter Identification of Civil Engineering Structures under Seismic Excitations Qiang Pei 1,a, Long Li 1,b 1Research & Development Center of Civil Engineering Technology，Dalian University，Dalian 116622，China apqiem@163.com，bdxl269@163.com Keywords: seismic excitations; structural engineering; modal parameter identification; complex exponential method Abstract.
Modal parameter identification of civil engineering structures under seismic excitations has important implications for health diagnosis, plastic analysis and optimization design of structure.
Therefore, seismic optimization design of civil engineering structures has practical significance.
Modal parameter identification technique of civil engineering, as a hot research task of back analysis of dynamics in structural engineering field, can reflect the dynamic characteristics of structures under external excitation, which are the foundations of researches on structural damage detection and diagnosis, seismic design, and structural health monitoring.
Overall, the accuracy meets the requirements of practical engineering

The collection includes selected, peer reviewed papers from the 2nd International Conference on Civil Engineering and Transportation (ICCET 2012) held October 27-28, 2012 in Guilin, China.

The 597 papers are grouped into the following chapters:
Chapter 1: Geological, Geotechnical and Building Engineering,
Chapter 2: Structural Engineering,
Chapter 3: Reliability, Durability and Rehabilitation of Structures,
Chapter 4: Tunnel, Subway and Underground Facilities,
Chapter 5: Bridge and Road Engineering,
Chapter 6: Coastal Engineering and Ocean Engineering,
Chapter 7: Seismic Engineering,
Chapter 8: Surveying and Detection Engineering, Cartography, Measurement and Geographic Information System,
Chapter 9: Hydraulic and Fluid Engineering,
Chapter 10: Heating, Gas Supply, Ventilation and Air Conditioning Works,
Chapter 11: Natural and Technogenic Disasters Prevention and Mitigation,
Chapter 12: Computer-Aided Design and Applications in Industry and Civil Engineering,
Chapter 13: Engineering Management and Engineering Education.

The UNIMAS STEM Engineering Conference 2015 with the theme “Engaging Industries and Society through Innovative Engineering and Technology" was aimed at bringing together the academicians, researchers, scientists, engineers, industrial professionals and scholar students to present their recent research work in all areas of Engineering and Technology.

Electrical and Electronic Engineering, Mechanical and Materials Engineering, Civil Engineering, Chemical Engineering, Communication, Data and Signal Processing

According to the needs of physical health construction of civil servants, we develop health evaluation system for civil servants.
Current physical health problems of civil servants have become more complexed.
Evaluation system for physical health of civil servants use B/S mode.
Whether civil servants reasonably use these supports?
Conclusion The defects of any software can be found only after using, testing is to measure and improve the quality of the software, it is an important part in the process of engineering design, implementation and maintenance.