Solid mechanics is a subject with strong theory and wide application. Solid mechanics typically embodies the characteristics that mechanics is both a basic discipline and a technical discipline. Solid mechanics is a subject that studies the deformation, stress, strain and failure of deformed solid objects under the action of external factors (such as external load, temperature, electric field and magnetic field, etc.). The diversity of solid objects and artificial structures makes them react to external factors richly, such as elasticity, plasticity, creep, fracture, damage and fatigue. Many natural phenomena and engineering problems are the research objects of solid mechanics. A series of important concepts and methods created by solid mechanics, such as continuum, bifurcation, fracture toughness, spectral method and finite element method, provide examples and methods for a wide range of natural sciences such as partial differential equations, nonlinear science, solid geophysics and computer science. The rigorous theoretical system of solid mechanics has become the basis of aviation, aerospace, military industry, machinery, civil engineering, water conservancy, materials, transportation and other engineering disciplines. In the future, solid mechanics will combine the effects of micromechanics and thermoelectromagnetism to create a higher level theory and make contributions to scientific and technological progress.
On-the-job graduate students of Hubei University of Technology should master the theoretical basis and systematic professional knowledge of mathematics, mechanics and related physics. Understand the present situation and development direction of this discipline. Initially, I have the ability to correctly establish a mechanical-mathematical model for complex research objects and skillfully use various analytical methods, numerical calculation and experimental methods for research. Proficient in a foreign language, and can read the foreign language materials of this major. Have a rigorous and realistic scientific attitude and style, and initially have the ability to engage in scientific research independently. You can engage in teaching, scientific research or engineering and technical work after graduation.
Solid mechanics studies the mechanical behavior of materials under the action of forces and other environments, as well as the strength, stiffness and stability of structures, involving constitutive equations and failure theories of various materials, meso-level damage mechanics, micro-level molecular dynamics and response under impact load, structural vibration, control and fault diagnosis, stability, bifurcation, chaos and structural mutation of nonlinear systems, coupling between solids and fluids, coupling between solids and heat, electricity and magnetism, and computational solid mechanics.
Curriculum of solid mechanics for in-service graduate students in Hubei University of Technology: advanced mathematical methods, functional analysis, tensor analysis, differential geometry, probability theory, numerical analysis, fluid mechanics, thermodynamics and statistical physics, finite element method, boundary element method, experimental mechanics and modern measurement technology, computer graphics and image processing, elastic mechanics, plastic mechanics, elastic dynamics, vibration theory, fracture mechanics, solid stress wave, viscoelastic plastic mechanics, structural mechanics, etc.
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