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Thorsten Halle",{},"\u002F_modules\u002Fheat-treatment-of-materials",{"title":496,"description":501},"_modules\u002Fheat-treatment-of-materials","MTI03-RdBTwWaox-gjh028tMBST-zFvXM3o_hEAVQqY",{"id":512,"title":513,"body":514,"description":521,"extension":14,"german_lecturer":435,"images":466,"is_elective":435,"lecturers":522,"links":466,"meta":523,"navigation":42,"path":524,"pdfs":466,"semester":30,"seo":525,"stem":526,"__hash__":527},"modules\u002F_modules\u002Finorganic-non-metallic-binders.md","Inorganic, Non-metallic Binders",{"type":7,"value":515,"toc":519},[516],[175,517,518],{},"• Structural and Functional mortars and concrete  • Workability, strength and durability  • Development of microstructure  • Functions of binders, additives and admixtures  • OPC based mix design for standard concrete  • Insulating and low-density concrete (porous concrete,  AAC)  • Ultra-high strength concrete - UHPC  • Self-Compacting Concrete – SCC  • Special mortars for grouting, repair, adhesives, extrusion  and 3D printing",{"title":10,"searchDepth":11,"depth":11,"links":520},[],"• Structural and Functional mortars and concrete  • Workability, strength and durability  • Development of microstructure  • Functions of binders, additives and admixtures  • OPC based mix design for standard concrete  • Insulating and low-density co...",[],{},"\u002F_modules\u002Finorganic-non-metallic-binders",{"title":513,"description":521},"_modules\u002Finorganic-non-metallic-binders","mrxUZHsEDUFFJ_cqiJwQZNGPF5p6xJznT8WvbeL07dc",{"id":529,"title":530,"body":531,"description":538,"extension":14,"german_lecturer":435,"images":466,"is_elective":435,"lecturers":539,"links":466,"meta":540,"navigation":42,"path":541,"pdfs":466,"semester":11,"seo":542,"stem":543,"__hash__":544},"modules\u002F_modules\u002Fmaterials-characterization.md","Materials Characterization",{"type":7,"value":532,"toc":536},[533],[175,534,535],{},"• structural description of materials (basics in crystallography,  symmetry and space group theory);  • (powder) X-ray diffraction (theory, accessible information about  the sample, diffractometer setups, data evaluation);  • microscopic characterization techniques (optical and Raman -mi- croscopy, electron microscopy, elemental analysis by EDS, sam- ple preparation);  • thermal analysis (thermogravimetry, differential scanning calo- rimetry);  • porosity and surface area analysis (pycnometry, gas adsorption,  Hg intrusion);",{"title":10,"searchDepth":11,"depth":11,"links":537},[],"• structural description of materials (basics in crystallography,  symmetry and space group theory);  • (powder) X-ray diffraction (theory, accessible information about  the sample, diffractometer setups, data evaluation);  • microscopic characteriza...",[],{},"\u002F_modules\u002Fmaterials-characterization",{"title":530,"description":538},"_modules\u002Fmaterials-characterization","l6rbfynfnEBs2ojm0iyIypBhzutY4G-nfnSYHKYYDWo",{"id":546,"title":547,"body":548,"description":552,"extension":14,"german_lecturer":42,"images":466,"is_elective":435,"lecturers":555,"links":466,"meta":557,"navigation":42,"path":558,"pdfs":466,"semester":11,"seo":559,"stem":560,"__hash__":561},"modules\u002F_modules\u002Fmechanics-of-materials-and-fracture-mechanics.md","Mechanics of Materials and Fracture Mechanics",{"type":7,"value":549,"toc":553},[550],[175,551,552],{},"• Elasticity   • Plasticity  • Creep  • Rheological models  • Yield and Failure Criteria  • Stress fields around notches and crack tips  • Stress intensity factors  • Criteria for crack propagation",{"title":10,"searchDepth":11,"depth":11,"links":554},[],[556],"Prof. Dr.-Ing. habil. 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Holm Altenbach",{},"\u002F_modules\u002Fmechanics-of-materials-and-fracture-mechanics",{"title":547,"description":552},"_modules\u002Fmechanics-of-materials-and-fracture-mechanics","lyhzSk37PsK8Q3X8EpI0lgkHNLATilU8H5TheG3Nv3E",{"id":563,"title":564,"body":565,"description":572,"extension":14,"german_lecturer":435,"images":466,"is_elective":435,"lecturers":573,"links":466,"meta":574,"navigation":42,"path":575,"pdfs":466,"semester":11,"seo":576,"stem":577,"__hash__":578},"modules\u002F_modules\u002Fmetals.md","Metals",{"type":7,"value":566,"toc":570},[567],[175,568,569],{},"• Crystal symmetries and symmetry classes  • Dislocations in metals  • Movement and interactions of dislocations  • Physical mechanisms at interfaces, description of  interfaces  • Elastic and plastic material behavior as a function of the  crystal structure  • Crystal structure, temperature and strain rate  • Phase transitions and phase transformations in solids  • Strengthening mechanisms in complex material systems",{"title":10,"searchDepth":11,"depth":11,"links":571},[],"• Crystal symmetries and symmetry classes  • Dislocations in metals  • Movement and interactions of dislocations  • Physical mechanisms at interfaces, description of  interfaces  • Elastic and plastic material behavior as a function of the  crystal s...",[],{},"\u002F_modules\u002Fmetals",{"title":564,"description":572},"_modules\u002Fmetals","zvvp369MBhwgVUXg2aGQRwCIh8XrbpMDPFvTpPN7ZfE",{"id":580,"title":581,"body":582,"description":589,"extension":14,"german_lecturer":435,"images":466,"is_elective":435,"lecturers":590,"links":466,"meta":592,"navigation":42,"path":593,"pdfs":466,"semester":11,"seo":594,"stem":595,"__hash__":596},"modules\u002F_modules\u002Fmicro-nano-fabrication-technology.md","Micro-Nano Fabrication Technology",{"type":7,"value":583,"toc":587},[584],[175,585,586],{},"• Introduction of micro\u002Fnanotechnology  • Micro-nano lithography  • Thin-film deposition (chemical and physical depositions)  • Etching (isotropic and anisotropic etchings; wet and dried  etching)  • Supported fabrication techniques (wafer bonding, dicing  …)  • Characterization techniques  • Micro – nano membranes  • Practical work: realization of micro-nano silicon nitride  (SiN) membranes at VGU Labs (hand on training on micro- nanolithography, thin-film deposition, dried and wet  etching...)  • Morphology, dimension and mechanical characterization  of the realized SiN membranes (optical microscopy, SEM,  …)",{"title":10,"searchDepth":11,"depth":11,"links":588},[],"• Introduction of micro\u002Fnanotechnology  • Micro-nano lithography  • Thin-film deposition (chemical and physical depositions)  • Etching (isotropic and anisotropic etchings; wet and dried  etching)  • Supported fabrication techniques (wafer bonding, d...",[591],"Dr.-Ing. Tong Duy Hien",{},"\u002F_modules\u002Fmicro-nano-fabrication-technology",{"title":581,"description":589},"_modules\u002Fmicro-nano-fabrication-technology","ggTKOy1uStwFTYeVkiwcirTAbJwKugvRTJO0iGeLgFQ",{"id":598,"title":599,"body":600,"description":607,"extension":14,"german_lecturer":42,"images":466,"is_elective":435,"lecturers":608,"links":466,"meta":610,"navigation":42,"path":611,"pdfs":466,"semester":11,"seo":612,"stem":613,"__hash__":614},"modules\u002F_modules\u002Fpolymers.md","Polymers",{"type":7,"value":601,"toc":605},[602],[175,603,604],{},"• Structure and properties of polymers  • Structure of macromolecules  • Constitution, Configuration, Conformation, Bonds,  Synthesis, Molecular weight distribution  • Morphology (amorph, crystalline, blends)  • Mechanical properties (elasticity, plasticity, viscoelasticity)  • Thermal properties  • Electrical properties  • Theoretical modelling  • Applications",{"title":10,"searchDepth":11,"depth":11,"links":606},[],"• Structure and properties of polymers  • Structure of macromolecules  • Constitution, Configuration, Conformation, Bonds,  Synthesis, Molecular weight distribution  • Morphology (amorph, crystalline, blends)  • Mechanical properties (elasticity, pla...",[609],"Dr. rer. nat. Sven Henning",{},"\u002F_modules\u002Fpolymers",{"title":599,"description":607},"_modules\u002Fpolymers","Gy4HJkGy9wdvS5yZsdDS_r94UmTLxB1UG5vrQCrWCmo",{"id":616,"title":617,"body":618,"description":625,"extension":14,"german_lecturer":42,"images":466,"is_elective":435,"lecturers":626,"links":466,"meta":628,"navigation":42,"path":629,"pdfs":466,"semester":11,"seo":630,"stem":631,"__hash__":632},"modules\u002F_modules\u002Fpowder-metallurgy-and-sintered-materials.md","Powder Metallurgy and Sintered Materials",{"type":7,"value":619,"toc":623},[620],[175,621,622],{},"• Fundamentals of basic mechanisms and processing  technologies of elemental powders and alloyed powders  • Specific analyzing methods for powder materials  • Mechanical alloying and considerations of the energy  transfer into powders to evolve solid solutions  • Influence of porosity on physical and mechanical  properties of sintered materials  • Additive manufacturing methods  • Examples of powder metallurgical products and parts in  engineering and biomedical applications",{"title":10,"searchDepth":11,"depth":11,"links":624},[],"• Fundamentals of basic mechanisms and processing  technologies of elemental powders and alloyed powders  • Specific analyzing methods for powder materials  • Mechanical alloying and considerations of the energy  transfer into powders to evolve solid...",[627],"Dr.-Ing. Georg Hasemann",{},"\u002F_modules\u002Fpowder-metallurgy-and-sintered-materials",{"title":617,"description":625},"_modules\u002Fpowder-metallurgy-and-sintered-materials","MesUgpe8lcl-zZMY0h2sV32Jml6ArU-WEgbuAk-FywA",{"id":634,"title":635,"body":636,"description":643,"extension":14,"german_lecturer":42,"images":466,"is_elective":435,"lecturers":644,"links":466,"meta":645,"navigation":42,"path":646,"pdfs":466,"semester":11,"seo":647,"stem":648,"__hash__":649},"modules\u002F_modules\u002Fresearch-lab-properties-testing-and-analytics.md","Research Lab - Properties, testing and analytics",{"type":7,"value":637,"toc":641},[638],[175,639,640],{},"• Introduction to different materials labs e.g.   • Laboratory for hardening of steel and metals  • Laboratory for physical simulation of thermal and thermo- mechanical processes  • Laboratory for powder metallurgy  • Laboratory for ceramic structures  • Laboratory for non-destructive testing  • Laboratory for mechanical testing  • Laboratory for corrosion testing",{"title":10,"searchDepth":11,"depth":11,"links":642},[],"• Introduction to different materials labs e.g.   • Laboratory for hardening of steel and metals  • Laboratory for physical simulation of thermal and thermo- mechanical processes  • Laboratory for powder metallurgy  • Laboratory for ceramic structure...",[505],{},"\u002F_modules\u002Fresearch-lab-properties-testing-and-analytics",{"title":635,"description":643},"_modules\u002Fresearch-lab-properties-testing-and-analytics","dWdLNFAiAcZFiVx0DrqQChSxKrNWYC5BKG_2RmAyGV8",{"id":651,"title":652,"body":653,"description":660,"extension":14,"german_lecturer":42,"images":466,"is_elective":435,"lecturers":661,"links":466,"meta":664,"navigation":42,"path":665,"pdfs":466,"semester":30,"seo":666,"stem":667,"__hash__":668},"modules\u002F_modules\u002Fsolid-state-physics.md","Solid-State Physics",{"type":7,"value":654,"toc":658},[655],[175,656,657],{},"• Chemical Bonding in Solids: - Covalent Bonding - Ionic  Bonding - Metallic Bonding - The Hydrogen bond - The van  der Waals Bond  • Structure of Solid Matter: - Crystal Lattice, Point Symmetry,  the 32 Crystal Classes (Point Groups) - Simple Crystal  Structures - Defects  • Diffraction from Periodic Structures: - General Theory of  Diffraction - Periodic Structures and Reciprocal Lattice –  Braggs Interpretation of the Laue Condition - Brillouin  Zones - Structure Factor - Structure Analysis   • Dynamics of Atoms in Crystals: - The Potential - Equations  of Motion - Diatomic Linear Chain - Scattering by Lattice  Vibrations - Phonon Spectroscopy  • Thermal Properties: - Density of States - Energy of a  Harmonic Oscillator - Specific Heat Capacity - Thermal  Expansion - Thermal Conductivity of the Lattice",{"title":10,"searchDepth":11,"depth":11,"links":659},[],"• Chemical Bonding in Solids: - Covalent Bonding - Ionic  Bonding - Metallic Bonding - The Hydrogen bond - The van  der Waals Bond  • Structure of Solid Matter: - Crystal Lattice, Point Symmetry,  the 32 Crystal Classes (Point Groups) - Simple Crysta...",[662,663],"Prof. Dr. rer. nat. Jürgen Christen","apl. Prof. Dr. rer. nat. habil. Frank Bertram",{},"\u002F_modules\u002Fsolid-state-physics",{"title":652,"description":660},"_modules\u002Fsolid-state-physics","nJ385CbCtsC5M6AqlxkbVZPU2EEUFrEWXW-nDTKBKzA",1779373168485]