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United States of America

University

Bachelor of Science in Mechanical Engineering

Kostenlose Übungen

Materials Science

Definition and Scope of Materials Science24 Introduction to Materials Science77 Atomic and Electronic Structure of Materials97 Classification of Materials51 Structure of Materials23 Mechanical Properties of Materials103 Stress and Strain25 Thermal Properties of Materials104 Electrical Properties of Materials107 Elasticity and Plasticity27 Fracture and Fatigue62 Magnetic Properties of Materials101 Corrosion and Degradation of Materials109 Heat Capacity and Thermal Conductivity23 Materials Characterization Techniques107 Phase Transformations25 Materials Selection and Applications101 Thermal Processing of Materials35 Phase Diagrams and Microstructures114 Electrical Conductivity and Resistivity26 Composite Materials85 Semiconductors and Insulators28 Superconductivity22 Nanomaterials102 Biomaterials95 Magnetic Permeability and Susceptibility29 Ferromagnetism and Paramagnetism22 Magnetic Materials and Applications22 Types of Corrosion30 Corrosion Prevention and Control30 Degradation of Materials24 Smart Materials26

Computer-Aided Engineering

Definition and Overview of Computer-Aided Engineering28 Introduction to Computer-Aided Engineering100 Benefits and Challenges of Computer-Aided Engineering23 Geometric Modeling102 Finite Element Analysis (FEA)100 Introduction to CAD Software22 Geometric Modeling Techniques25 Computational Fluid Dynamics (CFD)82 Optimization Techniques93 Assembly Modeling and Detailing24 CAE Applications in Mechanical Engineering84 Introduction to CAE Techniques31 Computer-Aided Manufacturing (CAM)100 FEA for Stress and Deformation Analysis22 CAE in Design and Analysis104 CFD for Fluid Flow and Heat Transfer Analysis23 CAE Software and Tools75 Introduction to CAM Systems23 NC Programming and Toolpath Generation22 Integration of CAD CAM CAE31 Reverse Engineering and 3D Scanning26 Additive Manufacturing and Rapid Prototyping26 Virtual Reality and Augmented Reality in Engineering24

Chemistry

Chemical Foundations101 1.1: Matter and Its Properties27 Thermochemistry94 1.2: Atomic Structure30 Kinetics and Equilibrium100 1.3: Chemical Bonding25 Electrochemistry92 1.4: Chemical Reactions25 1.5: Gases26 Organic Chemistry I102 1.6: Solutions40 Organic Chemistry II102 1.7: Acids, Bases, and Salts27 Inorganic Chemistry95 1.8: Equilibrium26 Analytical Chemistry101 Physical Chemistry I107 1.9: Thermodynamics25 Physical Chemistry II101 1.10: Electrochemistry27 2.1: Introduction to Organic Chemistry24 2.2: Alkanes and Cycloalkanes32 2.3: Alkenes and Alkynes25 2.4: Aromatic Compounds25 2.5: Stereochemistry25 2.6: Reactions of Organic Compounds34 2.7: Spectroscopy26 2.8: Organic Synthesis24 2.9: Biomolecules33 2.10: Polymers26 3.1: Introduction to Analytical Chemistry28 3.2: Quantitative Analysis20 3.3: Qualitative Analysis27 3.4: Electroanalytical Chemistry49 3.5: Spectroscopic Methods25 3.6: Chromatographic Methods26 3.7: Data Analysis28 3.8: Applications of Analytical Chemistry55 3.9: Emerging Analytical Techniques26 3.10: Quality Assurance and Control26 4.1: Introduction to Physical Chemistry37 4.2: Quantum Mechanics23 4.3: Spectroscopy25 4.4: Statistical Mechanics27 4.5: Thermodynamics31 4.6: Kinetics43 4.7: Electrochemistry23 4.8: Surface Chemistry27 4.9: Colloid and Interface Science27 4.10: Polymer Chemistry23 5.1: Introduction to Biochemistry22 5.2: Metabolism32 5.3: Enzymology25 5.4: Molecular Biology24 5.5: Cell Biology28 5.6: Immunology31 5.7: Biotechnology28 5.8: Bioenergetics25

United States of America

University

Bachelor of Science in Mechanical Engineering

Kostenlose Übungen

Materials Science

Definition and Scope of Materials Science24 Introduction to Materials Science77 Atomic and Electronic Structure of Materials97 Classification of Materials51 Structure of Materials23 Mechanical Properties of Materials103 Stress and Strain25 Thermal Properties of Materials104 Electrical Properties of Materials107 Elasticity and Plasticity27 Fracture and Fatigue62 Magnetic Properties of Materials101 Corrosion and Degradation of Materials109 Heat Capacity and Thermal Conductivity23 Materials Characterization Techniques107 Phase Transformations25 Materials Selection and Applications101 Thermal Processing of Materials35 Electrical Conductivity and Resistivity26 Phase Diagrams and Microstructures114 Semiconductors and Insulators28 Composite Materials85 Superconductivity22 Nanomaterials102 Biomaterials95 Magnetic Permeability and Susceptibility29 Ferromagnetism and Paramagnetism22 Magnetic Materials and Applications22 Types of Corrosion30 Corrosion Prevention and Control30 Degradation of Materials24 Smart Materials26

Computer-Aided Engineering

Definition and Overview of Computer-Aided Engineering28 Introduction to Computer-Aided Engineering100 Geometric Modeling102 Benefits and Challenges of Computer-Aided Engineering23 Introduction to CAD Software22 Finite Element Analysis (FEA)100 Geometric Modeling Techniques25 Computational Fluid Dynamics (CFD)82 Assembly Modeling and Detailing24 Optimization Techniques93 Introduction to CAE Techniques31 CAE Applications in Mechanical Engineering84 Computer-Aided Manufacturing (CAM)100 FEA for Stress and Deformation Analysis22 CFD for Fluid Flow and Heat Transfer Analysis23 CAE in Design and Analysis104 CAE Software and Tools75 Introduction to CAM Systems23 NC Programming and Toolpath Generation22 Integration of CAD CAM CAE31 Reverse Engineering and 3D Scanning26 Additive Manufacturing and Rapid Prototyping26 Virtual Reality and Augmented Reality in Engineering24

Chemistry

Chemical Foundations101 1.1: Matter and Its Properties27 1.2: Atomic Structure30 Thermochemistry94 1.3: Chemical Bonding25 Kinetics and Equilibrium100 1.4: Chemical Reactions25 Electrochemistry92 1.5: Gases26 Organic Chemistry I102 1.6: Solutions40 Organic Chemistry II102 1.7: Acids, Bases, and Salts27 Inorganic Chemistry95 Analytical Chemistry101 1.8: Equilibrium26 Physical Chemistry I107 1.9: Thermodynamics25 Physical Chemistry II101 1.10: Electrochemistry27 2.1: Introduction to Organic Chemistry24 2.2: Alkanes and Cycloalkanes32 2.3: Alkenes and Alkynes25 2.4: Aromatic Compounds25 2.5: Stereochemistry25 2.6: Reactions of Organic Compounds34 2.7: Spectroscopy26 2.8: Organic Synthesis24 2.9: Biomolecules33 2.10: Polymers26 3.1: Introduction to Analytical Chemistry28 3.2: Quantitative Analysis20 3.3: Qualitative Analysis27 3.4: Electroanalytical Chemistry49 3.5: Spectroscopic Methods25 3.6: Chromatographic Methods26 3.7: Data Analysis28 3.8: Applications of Analytical Chemistry55 3.9: Emerging Analytical Techniques26 3.10: Quality Assurance and Control26 4.1: Introduction to Physical Chemistry37 4.2: Quantum Mechanics23 4.3: Spectroscopy25 4.4: Statistical Mechanics27 4.5: Thermodynamics31 4.6: Kinetics43 4.7: Electrochemistry23 4.8: Surface Chemistry27 4.9: Colloid and Interface Science27 4.10: Polymer Chemistry23 5.1: Introduction to Biochemistry22 5.2: Metabolism32 5.3: Enzymology25 5.4: Molecular Biology24 5.5: Cell Biology28 5.6: Immunology31 5.7: Biotechnology28 5.8: Bioenergetics25