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This special edition presents the results of investigations into three areas that define the technological present and future of machinery, materials engineering, and construction: structural metal processing, additive manufacturing, and building materials.
Topics include rolling, roll casting, gravity casting, and alloy development, each crucial for enhancing the strength, durability, and formability of metals used in high-load-bearing applications across sectors like aerospace, automotive, civil engineering, etc.
The special edition is intended for researchers, engineers, graduate students, and industry professionals in materials science, mechanical engineering and construction.
By bridging traditional and emerging techniques, the book provides a broad yet detailed perspective on the future of engineered materials.

It introduces small high-rise building concepts, discusses the calculation of solar hot water system, which includes the collection of raw data, the determination of solar collector area, the size of heat storage water tank and hot water system type as well as summarizes it as a reference for engineering design.
References [1]Zheng Ruicheng civil building solar water heating system engineering and technical manual [M] chemical industry press 2006 [2]Luo Yunjun Tao Zhen solar water heaters and system [M] chemical industry press 2007 [3]GB50364-2005 civil building solar water heating system applied technical specifications [S].
[4] GB 50242-2002, architectural water drainage and heating engineering construction quality acceptance standard [S]

I am glad that the SEKURKON Company together with Czech Technical University in Prague and its Experimental Centre of the Faculty of Civil Engineering are organizing such a great conference in a nice Skalský Dvůr venue.

RAHMAN Djamaluddin, ARININGSIH Suprapti Department of Civil Engineering, Faculty of Engineering, Hasanuddin University Makassar Indonesia aardy.arsyad@unhas.ac.id Keywords: ground acceleration, earthquake, Makassar, amplification factor, response spectral acceleration, equivalent linear approximation of non-linear response, EERA.
Geotechnical Earthquake Engineering.
EERA a computer program for Equivalent- linear Earthquake site Response Analyses of layered soil deposits: Department of Civil Engineering, University of Southern California. (2000)
Davis, California: Center for Geotechnical Modeling, Department of Civil & Environmental Engineering, University of California. (1992)
Davis, California: Center for Geotechnical Modeling, Department of Civil & Environmental Engineering, University of California. (1992)

Review on Inventory Controlling of Building Materials Supply Chain from Uncertainty Demands in Civil Engineering YANG Bin Department of Architectural Engineering, Jiangsu Radio and TV University, Nanjing 210036, P.

During recent years, the Taiwan government launches issues of green building , sustainable engineering , carbon reduction and etc. , to promote balance construction and environment ecology.
One of the most important materials in those engineering issues is cement which is used widely in construction industry.
Cook: Development of microstructure & other properties in rice husk ash, The ninth Australasian Conference on the mechanics of structures and material, University of Sydney, School of Civil and Mining Engineering, Sydney, (1984), p. 355-360
[6] Lee –Kuo Lin and Jhao-Long Hwang: Properties of 700 ºC rice husk ash and application on the concrete material, Journal of civil and hydraulic engineering, Vol. 3, Taipei, (1990), p. 71-80

Implementation procedure and ways of solar energy integration with building Yunfeng Huang School of Civil Engineering ＆Architecture of Anhui University of Science＆ Technology huangyunfeng3415@126.com Keywords: Development prospects of integration of solar energy with building, photo thermal system, photovoltaic thermal system, energy-saving building Abstract.
After detailed analysis of development prospects and constraints in integration of solar energy with building so as to investigate how to implement this integration process, Conclusion shows the study will work in engineering practice with the guiding purpose of guiding energy efficiency guiding.
Just for theses reasons, there is no proper built-in-fitting device in primary civil engineering stage, which causes troubles for installing solar equipment.

Thermotechnical Properties of Unburnt Clay Wall in Historical Family House and Wall Reconstruction Rastislav Menďan1 1Department of Building Structures, Slovak University of Technology in Bratislava, Faculty of Civil Engineering, Radlinského 11, 810 05 Bratislava, Slovakia Keywords: clay wall, thermotechnical properties of clay, renovation of clay external wall Abstract Article describes the problem of heat cladding in family houses built from unburnt clay, that do not represent listed buildings and had already undergone various reconstructions (restorations).
Presented are measurements of basic thermotechnical properties of clay wall in historical family house and analysed is fragment of clay wall in its original condition and after renovation, considering building heat engineering requirements.
It is obvious, that civil engineering in its history, has been influenced by clay architecture [1].
Until recently, no much of interest had been given by architects or building engineers, to make an attemt for reconstruction and adjustment of such houses to current inhabitant requirements.

PREFACE The understanding of damage evolution in engineering materials, systems and structures is currently one of the most important areas of engineering research.
This conference is the founh in a series of biennial international conferences, the objective of which is to bring together the expertise of scientists and engineers in academia and industry in the field of damage assessment, structural health monitoring and no ndestructive evaluation.
The type of structure studied also varies widely and techniques highlighted here apply in many engineering fields, in particular Mechanical and Civil Engineering.
The various levels of support provided by the SIDANET EPS.RC network, the Institute of Physics Stress and Vibration Group and the Institution of Mechanical Engineers are all gratefully acknowledged.

Collision Detection of Building Facility Pipes and Ducts Based on BIM Technology Ning Han1, Zifeng Yue1, Yuanfang Lu2 1Department of Automation, Beijing Forestry University, Beijing ,China 2Departmentl of Architecture and Urban planning, Beijing University of Civil Engineering and Architecture Beijing ,China hn217@bjfu.edu.cn, luyuanfang@gmail.com Keywords: Building engineering project, Building Information Modeling (BIM), Collision detection, Autodesk Navisworks Abstract.
As construction space becomes increasingly constrained, the need to avoid collision among various HVAC, sewage and electronic pipes has become a pressing concern for modern building engineering projects.
The procedure of model building and how the virtual construction vehicle has advantages in designing quality by means of improving engineering effects and benefits.
The application of BIM in building engineering project is shown in Fig.1.
After that engineers can finish their designs in preparation for bidding or projects.