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Material properties
25 Lessons-
StartQuestions to be answered for material properties
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StartDensity
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StartCost of Material
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StartDuctility and Malleability - Plasticity
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StartBrittleness
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StartModulus
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StartStrength
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StartTensile vs Compressive Strength
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StartHardness
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StartWear in mechanical components
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StartMeasuring Wear
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StartWear and material selection
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StartReslilience
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StartToughness
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StartFracture Toughness
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StartFatigue Strength and Fatigue Endurance limits
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StartFactors which influence Fatigue
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StartCreep
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StartEnergy loss in loading- unloading cycle
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StartLoss coefficient and Tan delta - Internal damping
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StartThermal conductivity
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StartThermal Expansion co efficient and its consequences
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StartHeat capacity
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StartTemperature Resistance
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StartCorrosion Resistance
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Introduction to Materials
13 Lessons-
StartPolymers- Plastics
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StartGlass transition temperature and comparison
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PreviewElastomers
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StartFerrous Alloys
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StartMicrostructure
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StartHeat treatment
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StartEffect of Alloying elements - Steel
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StartCommon applications and why steel is UBIQUITOUS
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StartAluminum Alloys
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StartSteel vs Aluminum
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StartCeramics
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StartComposites
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StartWood - Perpendicularly loaded vs Parallely loaded
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Material Indices
12 Lessons-
StartMaterial Indices
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StartTie rod , Design for lightweight optimizing stiffness - indice
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StartLooking up the chart- Modulus vs Density
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StartTie rod , Design for lightweight optimizing strength - indice
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StartLooking up the chart - Strength vs Density for Tierod
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StartBeam , Design for lightweight optimizing Stiffness - indice
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StartLooking up the chart - Modulus vs Density for beam
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StartBeam , Design for lightweight optimizing Strength - indice
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StartLooking up the chart - Strength vs Density
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StartShaft , Design for lightweight optimizing torsional stiffness
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StartShaft , Design for lightweight optimizing torsional strength
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StartSummary - Material selection using Ashby charts
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