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Week
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Topics
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Study Metarials
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1
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Introduction, the importance of material, grouping, properties
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2
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Atomic structure, inter-atomic bonds
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3
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Stress, Modifcation, pressure and bending strength, tensile test and tensile strength, modulus of elasticity
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4
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Modification and modulus of elasticity application
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5
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Other mechanical properties of materials, hardness, abrasion resistance, processability, toughness and impact resistance
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6
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Stress-modification and time relations, rheology and viscoelasticity, types of modification, rheology models
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7
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Creep, relocation, rheology and viscoelasticity of liquids
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8
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Periodic loading and fatigue, periodic loading states, fatigue tests and fatigue limits
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9
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Periodic loading applications
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10
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Safety stresses and reliability
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11
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Effects of environmental conditions on the material, temperature, construction conditions, loading speed, stresses, corrosion, degradation
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12
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Physical and chemical properties of materials, unit weight, density, gravity, porosity and compositivity, properties of water, thermal expansion, thermal conductivity, acoustic properties, chemical properties
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13
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Physical and chemical properties of materials applications
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14
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Statistical methods in material science
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