Mechanics Of Materials

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Cao Văn Vui

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Nhà Xuất Bản Đại học Quốc gia Hồ Chí Minh

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NXB	NXB Đại học Quốc gia TP.HCM	Người dịch:
Năm XB:	2023	Loại sách:	Sách giấy;
Khổ sách:	19 x 27 cm	Số trang:	467
Quốc gia:	Việt Nam	Ngôn ngữ:	vi
Mã ISBN:	978-604-73-9693-1	Mã ISBN Điện tử:

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Preface Mechanics of Materials (or Strength of Materials) is an important engineering subject to students whose majors are civil engineering, mechanical engineering, architect, environmental engineering, etc. Mechanics of Materials provides essential knowledge on the mechanical behaviour of materials and structural members under loadings. The knowledge obtained from this subject builds a firm step for studying other follow-on engineering subjects. Also, it is useful for engineers in their higher study and future career. The role of this subject can be compared with a ‘foundation’ of a ‘building’.

This book has been written closely based on the course syllabus of the subject to meet the increasing demand on training high-quality and international students at Ho Chi Minh City University of Technology (HCMUT) – Vietnam National University Ho Chi Minh City (VNUHCM). In addition, Mechanics of Materials has been one of difficult subjects that students struggle and this book can therefore be a material for students to be successful in studying this subject.

This book is organized into 12 chapters:

Chapter 1. Introduction presents basic concepts, loads and support reactions, equilibrium equations and assumptions.
Chapter 2. Internal forces deals with many aspects of internal forces. The relationships between internal force and loading.
Chapter 3. Axial loading analyses of normal stress in members subjected to axial load and discusses on mechanical properties of materials are presented.
Chapter 4. Stress states transforms stress state in different coordinate systems.
Chapter 5. Failure theories briefly presents a summary of theories of failure.
Chapter 6. Geometric properties of cross sections expresses the concept of geometric properties of sections, followed by several formulas of geometric properties of commonly used sections.
Chapter 7. Bending and shearing provides the normal and shear stress in plane bending and shear.
Chapter 8. Deflection of beams presents methods to calculate the deflection of beams
Chapter 9. Pure torsion (torque) deals with the shear stress in members under torsion.
Chapter 10. Combined loadings analyses members under asymmetric bending or combined bending and/or axial loading.