University Of Maryland - College Park
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All courses for University Of Maryland - College Park
- ENGL MISC 1
- ENME 361 vibration, controls and optimization ENME361 1
- ENME 382 Introduction to Materials Engineering ENME382 7
- ENME 400 Machine Design ENME400 2
- ENME 462 Vibrations, Controls and Optimization 2 ENME462 2
- ENME 462 Vibrations, Controls, and Optimization II ENME462 4
- ENME392: Statistical Methods for Product and Processes Development ENME392 1
- ENME445 Reliability Engineering ENME445 1
- ENME472 Integrated Product and Process Development ENME472 1
Latest notes & summaries University Of Maryland - College Park
This is an old written homework assignment from 2018 for the class, intro to materials engineering. The topics covered in this assignment are; phase diagram, eutectic reactions, reaction equation, peritectic reactions, copper aluminum, solubility, overall composition, and tracing on phase diagrams
This is an old written homework assignment from 2018 for the class, intro to materials engineering. The topics covered in this assignment are; bulk diffusion, grain boundary, grain boundary diffusion, activation energy, defects, diffusion, diffusion coefficient, and concentration of materials
This is an old written homework assignment from 2018 for the class, intro to materials engineering. The topics covered in this assignment are; burgers vector, dislocation, crystal lattice site, lattice distortion, pack row of atoms, atom row, lattice sites, distance between lattice sites, BCC, FCC aluminum, edge dislocation, simple cubic cell, substitutional solid solution, solid solution, solubility, interstitial solid solution, and lattice strain.
This is an old written homework assignment from 2018 for the class, intro to materials engineering. The topics covered in this assignment are; crystal structures(BCC FCC), separation distance, bond angle, the density of diamonds, lattice constant, silicon wafer, unit cell, atomic radius, seed crystal, and single-crystal structure.
This is an old written homework assignment from 2018 for the class, intro to materials engineering. The topics covered in this assignment are; net interatomic forces, modulus of elasticity, melting points, coefficient of thermal expansion, energy well curves, crystal structures, lattice parameters, unit cells, and density
This is an old written homework assignment from 2018 for the class, intro to materials engineering. The topics covered in this assignment are; ceramic structures, electronegativity, ionic, covalent bonding, crystal structures, rock salt structure, density calculations, lattice constants, white tin, grey tin, and theoretical density.
This essay covers a conference that explained some of the issues that plagued Latin America today and in the 20th century. The first part is about problems with brazil's higher education policies. The second part is about the origins of Columbia's War on drugs that still existed to this day. A more extensive explanation is written since the War on drugs involved US foreign policies during the Nixon administration.
This is an old second midterm for the course, MATH 246, from the semester of Fall 2016. The exam covers; mass spring dampener systems, damping coefficients, time domain plots, general solution, particular solution, characteristic polynomials, chracteristic equations, homogenous equation, method of underdetermined coefficients, key identities, specific solution, varaiation of parameters, and Laplace transformation.
This is a review packet for midterm three for the course, MATH 246. It covers everything needed that would be included in midterm three. Topics include; eigenpairs, fundamental pair of solutions, eigenvalues, matrix form, nonlinear systems, linearization, the flow rate in tanks, Hamiltonian systems, phase portrait, particular and general solutions.
This is an old midterm three from the fall 2016 semester for the course, MATH 246. The midterms cover; tank flow rates, eigenpairs, eigenvectors, eigenvalues, vector form, matrix form, initial value, general solution, particular solution, nonlinear systems, linearization, stationary solution, and phase portraits.