Course Search Results

• ME 8460: Inter Dynamics

  3.00 Credits

  Clemson University

  
  Kinematics and dynamics of particles, rigid and elastic bodies using vectorial and analytical approaches. Fundamentals of analytical dynamics; holonomic versus nonholonomic constraints, virtual displacements and work, Hamilton's Principle and Euler-Lagrange's equations. Rigid-body dynamics; principal axes and Euler angles. Kinematics and dynamics of elastic bodies.
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• ME 8520: Adv Finite Ele Ana

  3.00 Credits

  Clemson University

  
  Application of variational and weighted residuals methods; nonlinear analysis, steady-state and time-dependent problems; application of commercial finite element codes; advanced computational procedures. Preq: ME 8180 or consent of instructor.
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• ME 8590: Intelli Robotic Sys

  3.00 Credits

  Clemson University

  
  Integration and fusion of data from multiple sensors on multiple robots; intelligent decision making on motion planning and execution based on sensed data involving mutual compliance; simultaneous force and position controls using computers. May also be offered as ECE 8590. Preq: ECE 8540.
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• ME 8610: Matl Sel Engr Design

  3.00 Credits

  Clemson University

  
  Advanced study of various physical, chemical and mechanical materials properties which govern the selection of materials in engineering design. Case studies of materials selection in design with metals, ceramics, polymers and composites are presented.
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• ME 8700: Adv Design Methods

  3.00 Credits

  Clemson University

  
  Nurturing of creativity; decision-making processes for design; in-depth study of the mechanical design process and tools; quality function deployment, concurrent design, systemic design, robust design, design for assembly and axiomatic design.
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• ME 8710: Engr Optimization

  3.00 Credits

  Clemson University

  
  Optimization in the context of engineering design; nonlinear and linear, static and dynamic, constrained and unconstrained formulation and solution of practical problems; structural optimization; multiobjective optimization; genetic algorithms; simulated annealing.
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• ME 8720: Design Automatn for Mech Engrs

  3.00 Credits

  Clemson University

  
  Students are exposed to data structures, search algorithms, geometric algorithms, geometric modelling, and software engineering for mechanical engineers. Students design and implement mechanical CAD software packages. Emphasizes the use of software development tools, algorithm design, and their interfaces in mechanical engineering. Students are expected to have programming experience before enrolling in this course. Those with no programming experience may request consent of instructor.
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• ME 8730: Res Mthds Coll Desgn

  3.00 Credits

  Clemson University

  
  Topics include research methods for studying collaborative design, influencing factor of collaboration, computer issues in collaboration, and mechanical engineering as facilitated by collaboration. Technical writing and experimentation are emphasized.
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• ME 8740: Integration Thrgh Optimization

  3.00 Credits

  Clemson University

  
  Theory, methodology and applications of decomposition, integration and coordination for large-scale or complex optimization problems encountered in engineering design. Topics include conventional and non-conventional engineering optimization algorithms, analysis models and methods, multidisciplinary optimization, analytic target cascading, multiscenario optimization, and multicriteria optimization. Case studies are included. May also be offered as ME 8740. Students are expected to have completed a graduate-level course in mathematical programming or scientific computing or engineering optimization before enrolling in this course.
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• ME 8750: Adv Manufacturing Processes

  3.00 Credits

  Clemson University

  
  Rapid transfer of advanced science and technology for manufacturing new products is essential to improve product performance and productivity, to develop advanced machinery, and to enable process innovation. This course discusses the fundamental principles behind the emerging methodologies for the novel manufacture of products from metals, polymers, ceramics, and composites. Advanced manufacturing processes such as non-traditional material removal processes, advanced solidification processes, and advances in joining processes are discussed with an emphasis on quantitative and qualitative study of specific processes.
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