Program Mechanical Engineering Code of the course MK-569 …fbe.cu.edu.tr/Eng/erasmus/Makineerasmus.pdf · 2015-04-13 · 3 Program Mechanical Engineering Code of the course MK-0009

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Program Mechanical Engineering

Code of the course MK-569

Name of the course Applied Solid Mechanics I

Local Credit 3+0

ECTS 6

Level of the course Doctor of Philosophy

Name of the lecturer Prof.Dr. Naki TÜTÜNCÜ

Language of the course English

Content

Introduction, historical developments on Solid Mechanics. Summary on Foundations of Solid Mechanics. Basics of Numerical Methods for Solid Mechanics problems. Overview of Commercially Available Software Used for Applied Solid Mechanics Problems. Model generation for numerical analysis. Applications on Linear Elastic Problems.



Name of the course Product Design and Development

Local Credit 3+0

ECTS 6


Name of the lecturer Prof.Dr. Necdet GEREN


Content

Introduction, generic design process, identifying customer needs, product specifications, concept generation techniques, concept selection, design for manufacturing, economic analysis, redesign and reserve engineering, patent pending, prototyping and case studies.



Name of the course Computational Heat and Fluid Flow I

Local Credit 3+0

ECTS 6


Name of the lecturer Yrd. Doç. Dr. Arif ÖZBEK


Content

Basics of geometric modeling. Governing differential equations of conduction. Navier-Stokes equations. Irregular boundaries and coordinate transformation. Grid spacing and its importance. Formulation of boundary conditions. Methods fort he solution of governing equations of heat and fluid flow.

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Name of the course Serial and Parallel Manipulators

Local Credit 3+0

ECTS 6


Name of the lecturer Prof.Dr. İ. Deniz AKÇALI


Content

Manipulators in Robotics and Automation. Historical Developments. A review of manipülatör structure. Open-loop and closed-loop architectures. Classification of manipulators. Industrial applications of manipulators. Stewart platforms. Direct and inverse kinematics of Stewart platforms. Loop-closure equations. Numerical and analytical solutions. Singularities. Applications.



Name of the course Plastic Forming Techniques

Local Credit 3+0

ECTS 6


Name of the lecturer Prof.Dr. Abdülkadir EKŞİ


Content

Macro plastic deformation of engineering materials, yielding criteria, plastic stress-strain relations and variability in drawing. The effects of strain rate, temperature, metallurgical properties, friction and lubrication on deformation of matels. Plastic forming of metals; forging, rolling, extrusion, wire and rod drawing, sheet metal molding, bending, deep drawing ete. Metal treatment.



Name of the course Introduction to Maintanence Systems

Local Credit 3+0

ECTS 6


Name of the lecturer Yrd. Doç. Dr. Durmuş Ali BİRCAN


Content

Introduction to repair and maintenance, maintenance techniques, basics of maintenance systems, the functions and safety aspects in maintenance, Design for Maintenance, Design for reliability. Corrective or breakdown maintenance, Predictive (Condition-based) maintenance. Reliability Centered Maintenance (RCM), Predictive-Condition Based Monitoring (CM) of equipment and systems. Failure Mode and Effect Analysis, (FMEA), Root causes Analysis, Total Productive Maintenance (TPM).

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Name of the course Process Planning in Machining Applications

Local Credit 3+0

ECTS 6




Content

Introduction to process planning. The importance of process planning. Approaches to process planning. Implementation techniques of process planning. Interdisciplinary nature of process planning. Process planning in rotational and prismatic parts. Case studies.



Name of the course Flow Measurement Techniques

Local Credit 3+0

ECTS 6


Name of the lecturer Prof. Dr. Beşir ŞAHİN


Content

General principles of the pressure-tube anemometer. The characteristics of pitot and static tubes in incompressible flow. Velocity measurement techniques. Pressure measurement techniques. Volume flow rate measurements. Handling of experimental data. Presentation and analysis of results.



Name of the course Advanced Mechanical Vibrations

Local Credit 3+0

ECTS 6


Name of the lecturer Prof. Dr. Vebil YILDIRIM


Content

Equations of motion for spatial bars. Exact solutions. Approximate methods for continuous systems. Computational techniques for free and forced vibrations of continuous systems. Numerical Laplace transform. Direct integration methods.

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Name of the course Electronic Manufacturing Technology

Local Credit 3+0

ECTS 6


Name of the lecturer Prof. Dr. Necdet GEREN


Content

Introduction to connectivity, types of Printed Circuit Board Assembly (PCBC) boards. Base materials. Surface mount and through hole technology (components, manufacturing processes, test, repair etc.). assembly methods (manual, semi-automated and automated systems) and automatic assembly machines. Soldering methods and techniques. Acceptability and reliability issues.



Name of the course Applied Elasticity

Local Credit 3+0

ECTS 6




Content

Stress tensor, equation of motion. Analysis of strain. Stress-strain relations. General equations of elasticity. Formulation of elasticity problems. Solution methods. Elementary problems of elasticity in three dimensions. Torsion. Bending of bars. Beams on elastic foundations. Axisymmetric stress and deformation in a solid revolution.



Name of the course Optimization of Metal Cutting Processes

Local Credit 3+0

ECTS 6


Name of the lecturer Prof. Dr. Melih BAYRAMOĞLU


Content

Major tool material types and their properties. Design and performance of tools wear and tool life. Work material considerations. Machining economics. Optimum production rate and adaptive control in metal cutting.

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Name of the course Manufacturing Assembly and Idustrial Robots

Local Credit 3+0

ECTS 6




Content

Product design as a requirement for economic assembly. Manual assembly, automated (dedicated, robotic) assembly. Primary-secondary analysis for economic efficiency of assembly concepts. Modules for the automation of assembly processes, design of assembly machines. Design of flexible assembly systems. Practical examples.



Name of the course Heat Treatment of Tool Steels

Local Credit 3+0

ECTS 6


Name of the lecturer Prof. Dr. Abdülkadir EKŞİ


Content

Introduction to heat tratment of steels. Alloying elements in steel. Time Temperate Transformation (TTT) diagrams. Continuous Cooling Transformation (CCT) curves. Hardening and tempering of tool steels. Decomposition of martensite and retained austenite on tempering. Dimensional changes during hardening and tempering of tool steels. Metallurgical examination of steels.



Name of the course Welding Technology II

Local Credit 3+0

ECTS 6




Content

Weld and welding symbols. Weld joint design and preparation of metals. Expansion and contraction in welding operations, Welding distortion and residual stresses. Welding problems and solutions; stresses and cracking, are blow, weld failure analyses. Destructive and nondestructive testing, visual inspection and corrections, bend test, nick break test, tensile strenght test, magnetic particle test, x-ray test, hardness tests etc. Safety precautions in welding operations.

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Name of the course Applied Solid Mechanics II

Local Credit 3+0

ECTS 6


Name of the lecturer Prof. Dr. Naki TÜTÜNCÜ


Content

Introduction, Review of Applied Solid Mechanics-I. Non-linear Material Modeling and Applications. Large Deformation Modeling and Applications. Modeling of Contact Problems and Applications. Fracture Mechanics Basics and Applications.



Name of the course Computational Heat and Fluid Flow II

Local Credit 3+0

ECTS 6


Name of the lecturer Doç. Dr. Alper YILMAZ


Content

Advanced 3-D geometric modelling. Equations of momentum and heat transport. Basic solutions of steady laminar and incompressible turbulent flows. Two-dimensional and three-dimensional solutions to Navier-Stokes and energy equations using different turbulent models.



Name of the course Analytical Techniques in Mechanism Design

Local Credit 3+0

ECTS 6


Name of the lecturer Prof. Dr. İ. Deniz AKÇALI


Content

Machine design versus mechanism design. Analytical design process in engineering: Formulation and solution phases. Selection of design criteria. Collocation, Subdomain and Galerkin methods. Choice of the parameters and optimization of designs. Least-squares approach. Appications on linkage and cam designs.

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Name of the course Advanced Fluid Mechanics II

Local Credit 3+0

ECTS 6




Content

Turbulence and boundary layers. Topics covered include Navier-stokes equations applied to waşş-bounded flows, similarity solutions of the boundary layer equations, Blasius solution, separated flows, turbulent boundary layers, Reynolds averaged Navier-Stokes equations, scaling parameters, pipe friction, Von Karman momentum integral equation, atmospheric turbulence.



Name of the course Flexible Manufacturing Cells and Design Methodologies

Local Credit 3+0

ECTS 6

Level of the course Master



Content

Flexible Machining Systems (FMS), assembly and inspection systems. Material handling and storage systems. Auxiliary devices in FMS. Systems modeling (Structured Analysis and Design (SAD), data flow diagrams, IDEF models). FMS cell and system operation control strategies.



Name of the course Combustion and Pollution Formation in Engines

Local Credit 3+0

ECTS 6


Name of the lecturer Prof. Dr. Kadir AYDIN


Content

Combustion processes in petrol and diesel engines, measurement of combustion process. Methods of determining mass fraction burnt and rate of heat release. Flame strectching and wrinkling analysis. In-cylinder gas velocity measurement and turbulence analysis. Formation of nitrogen oxides, carbon monoxide, urbunt hydrocarbon and particulate emissions. Exhaust gas treatment.

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Name of the course Powder Metallurgy I

Local Credit 3+0

ECTS 6




Content

Introduction to powder metallurgy and definitions. Fabrication techniques of metal powders. Powder characterization and testing. The measurement of particle specification. Particle packing characteristics. Methods of compaction. Particle deformation and densification under pressure. Density and stress distribution in compacts.



Name of the course Computational Mechanics I

Local Credit 3+0

ECTS 6




Content

Review of matrix algebra. Introduction to the FEM: Basic steps, element discretization/ performance and formulation. Turss, beam and plain stres / strain eqns. ANSYS/ ABACUS Fundamentals: Basics. Phase modeling. Material. Loading. Constraint eqns. Solution Phases. Structural / Vibration / Dyanamic (modal-harmonic and transient) / Thermal / Nonlinear anlyses. Design optimization.



Name of the course Introduction to Biomechanics

Local Credit 3+0

ECTS 6


Name of the lecturer Yrd. Doç. Dr. Mustafa Kerem ÜN


Content

Applications of mechanical principles in human biomechanics. Basic mechanical concepts. Human body kinematics. Bone, cartilage, muscle, spine and skeletal biomechanics. Heart, blood vessels and cardiovascular biomechanics of other tissues.

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Name of the course Welding Technology I

Local Credit 3+0

ECTS 6




Content

Welding and cutting equipment. Arc welding and cutting processes; welding with constant current, welding with constant voltage, welding arcs, multilayer welding, Weld parameters, Oxygen fuel gas welding processes. Resistance welding Brazing. Nomenclature of the weld; sections of a weld, multipass welds. Types of welds and filler metals. Metals identification; properties of ferrous metals and their welding, general description and weldability of nonferrous metals.



Name of the course Analytical Methods in Engineering

Local Credit 3+0

ECTS 6


Name of the lecturer Yrd. Doç. Dr. Mehmet İlteriş SARIGEÇİLİ


Content

Review of ordinary differential equations (first order ordinary differential equations, second order equations, Euler equation, higher order linear equations; series solution of second order linear equations; solving linear ordinary differential equations by Laplace transform technique). Partial differential equations (Separation of variables technique. Fourier series and the Fourier theorem. Diffusion equation, Wave equation and Laplace’s equations). Complex variable theory. Analytic function of a complex variable. Line integrals of complex functions. The calculation of residues. Evaluation of contour integrals by residue theory. Conformal mapping.



Name of the course Rapid Prototyping in Mechanical Engineering

Local Credit 3+0

ECTS 6




Content

Introduction to Rapid Prototyping (RP). Rapid Prototyping techniques; Stereolithography (SLA), Fused-Deposition Modeling (FDM), Selective Laser Sintering (SLS), 3D Printing (3DP) and other methods. RP equipments. Applications of RP technologies.

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Name of the course Foundations of Solid Mechanics

Local Credit 3+0

ECTS 6




Content

Indicial notation. Concept of tensors. Stress and strain tensors. Equations of motion. Linear elastic relations. Material symmetry for linear elastic solids. Introduction to calculus of variations. Energy principles: Principles of virtual work, minimum potential energy and complementary energy. Reissner’s principle. Applications of energy principles in solid mechanics. Time-independent nonlinear deformation: Plasticity. Time-dependent nonlinear deformation; linear viscoelasticity and viscoplasticity. Large Deformations. Contact Mechanics. Review of preliminary topics in Fracture Mechanics.



Name of the course Mass Transfer

Local Credit 3+0

ECTS 6


Name of the lecturer Doç. Dr. Alper YILMAZ


Content

Differential equations and similarities of momentum, heat and mass transfer. Viscosity, conductivity and diffusivity of the pure fluids and mixtures. Fick diffusion and Stefan diffusion in solids and fluids. Mass transfer in natural and forced convection. Absorption and desorption. Water vapor diffusion in buildings and cold stores.



Name of the course Synthesis of Mechanisms

Local Credit 3+0

ECTS 6




Content

A short history of mechanisms. Type, number and dimensional syntheses. Classification of 4-bar mechanisms. 4-bar mechanisms for function generation. Design techniques for two, three, five and more positions. Conversions of continuous rotation into rocker motion under several criteria.

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Name of the course Mechanics of Composite Structures

Local Credit 3+0

ECTS 6




Content

Determination of overall elastic properties of composite materials. Ply stiffness and compliance matrices. Design of composite tubes. Thermal load and deformations. Laminate stiffness and compliance matrices. Beams with bending-twisting, tension-torsion coupling. Failure theories. Sandwich plates.



Name of the course Computer Aided Design (CAD) and Computer Aided Manufacture (CAM)

Local Credit 3+0

ECTS 6




Content

Geometric modelling techniques. Drawing elements and methods of construction in 2D CAD, 3D Modelling techniques. Numerical Control (NC). Computer Numerical Control (CNC). NC and CNC control systems. Part programming. Data transfer to CAM systems and post processing. Adaptive control applied to NC machine tools.



Name of the course Introduction to Robotics

Local Credit 3+0

ECTS 6




Content

Structure, classification and systematics of robots. Mechanics of robots. Joint, actuator and cartesian spaces, workspaces. Description of positions and orientation. Inverse kinematics of manipulators. Solvability, single and multiple solutions, geometrical and algebraic solutions.

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Name of the course Computational Fluid Dynamics

Local Credit 3+0

ECTS 6


Name of the lecturer Prof. Dr. Hüseyin AKILLI


Content

Basic philosophy of computational fluid dynamics. Discretization of partial differential equations. Transformations and grids. Explicit finite difference methods. Boundary conditions. Finite element tecniques in computational fluid dynamics.



Name of the course Powder Metallurgy II

Local Credit 3+0

ECTS 6




Content

Sintering; sintering theory, pore structures in sintering, sintering diagrams, compaction effects on sintering, sintering effects on properties, mixed powder sintering, sintering atmospheres. Full density processing. Properties of powder metallurgy materials. Wrought powder metallurgy products. Applications of powder metallurgy products.



Name of the course Advanced Material Selection Techniques

Local Credit 3+0

ECTS 6




Content

Introduction. The design process. Engineering materials and their properties. Material selection charts. Materials selection without shape. Selection of material and shape. Materials processing and design. Sources of material property data. Materials, aesthetics and industrial design. Forces for change.

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Name of the course Computational Mechanics II

Local Credit 3+0

ECTS 6




Content

Solution of mechanical engineering problems with ANSYS/ABACUS: 2D/3D trusses and frames. Straight and curved beams. Buckling of beams. Isotropic and orthotropic plates. Shells. Vibration and dynamic responses. Contact problems. Coupled structural/thermal analysis. Fluid container. Solid modeling. Design optimization.



Name of the course Nonlinear Elasticity

Local Credit 3+0

ECTS 6


Name of the lecturer Yrd. Doç. Dr. Mustafa Kerem ÜN


Content

Review of basic concepts. Material and spatial descriptions, deformation gradient, polar decomposition. Piola-Kirchoff stress tensors, equilibrium, objectivity. Linearization. Hyperelasticity, geometric and material nonlinearities. Examples of hyperelastic materials such as neo-Hookean and Mooney-Rivlin.



Name of the course Biofuel Technology

Local Credit 3+0

ECTS 6


Name of the lecturer Prof. Dr. Kadir AYDIN


Content

Types and properties of biofuels. Proven production Technologies of biofuels. Process design of biofuel plants (bioethanol, biobuthanol and biodiesel). Effects of biofuel addition to the gasoline and diesel fuels. Advantages and disadvantages of biofuels usage as a fuel or fuel additive for vehicles. Quality control and testing of biofuels.

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Name of the course Numerical Methods in Engineering

Local Credit 3+0

ECTS 6


Name of the lecturer Prof. Dr. Hüseyin AKILLI


Content

Review of computer languages, Fortran and IMSL library. Introduction to Finite Difference and Finite Element Methods. Finding roots of functions. Solution of linear systems of algebraic equations. Egenvalues and eigenvectors. Interpolation and curve fitting. Numerical integration and derivation techniques. Ordinary differential equations, inital and boundary value problems. Systems of ordinary differential equations. Partial differential equations (elliptic. hyperbolic, parabolic).



Name of the course Introduction to Radip Product Development Technologies

Local Credit 3+0

ECTS 6




Content

Rapid Product Development (RPD) is a culture of manufacture which promotes the development of new products, from design to manufacture, in the shortest timescales possible. The utilization of Rapid Product Development Technologies not only allows putting new products into manufacture in short timescales, it also reduces the development costs for new products. This lecture includes the following topics; Rapid Prototyping (RP), Reverse Engineering (RE), Radip Manufaturing(RM), Radip Tooling (RT), Virtual Prototyping (VP) and High Speed Machining (HSM).



Name of the course Control System Applications

Local Credit 3+0

ECTS 6


Name of the lecturer Prof. Dr. Hakan YAVUZ


Content

Review of Automatic Control Techniques. State-space control methods. Stability, stabilization and disturbance attenuation. Modellig of engineering systems for dynamics analysis. Longitudinal, lateral and vertical motion dynamics. Systems modelling and control. Adaptive control of mechanical systems. Coupling effect analysis of engineering systems. Control of mechanical, electrical, electro-mechanical and thermal systems and related modelling and simulation studies.

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Name of the course Computer Aided Simulation in Engineering

Local Credit 3+0

ECTS 6




Content

Introduction to modelling and simulation of engineering systems. Outlines of a basic simulation conditions; Geometric, Physical and Mathematical Modelling basic approach summary. Solution techniques and overview of related simulation tools. Specific applications to engineering problems. Linear and nonlinear modelling of engineering systems. Modelling simulation and analysis various engineering systems and related models.



Name of the course Mechatronics in Engineering

Local Credit 3+0

ECTS 6




Content

Introduction to mechatronics. Structure of a mechatronic system. Elements of a typical mechatronic system. Functional design of systems. Functional decomposition based analysis of systems and related design approaches. Details on electric circuits and components, semiconductor electronics, operational amplifiers, digital circuits. Sensors and interfacing. Data acquisition. AD/DA conversions, sensors and actuators. Discrete-time systems and the Z-Transform method, sampled-data systems. Example mechatronic systems and related discussions on system design development and analysis.

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Name of the course Advanced Noise and Vibrations in Engineering

Local Credit 3+0

ECTS 6




Content

The theory of vibration, sound and noise. Analysis of vibration of single and multi degree of freedom systems. Details on complexity of multi-degree-of-freedom systems. Sound, hearing and physiological effects of noise. Instrumentation for sound and vibration measurement. Modal analysis and digital signal processing. Sound generation, frequency and amplitude properties of sound. Fourier transform for analysis of sound and vibration. Noise sources such as gears, bearings, rotating imbalance, gas flow, combustion, impact. Source identification; sound transmission, air-borne and structure-borne noise. Acoustic materials and structures. Noise and vibration sensing and control.



Name of the course Transfer Matrix Method in Elastomechanics

Local Credit 3+0

ECTS 6


Name of the lecturer Prof.Dr. Vebil YILDIRIM


Content

General theory. Definitions and features of the transfer matrix. Computational methods of the transfer matrix. Applications of the methods on straight rods, circular bars, helical bars, circular plates, discs and axisymmetrical shells.



Name of the course Principles of Metal Cutting

Local Credit 3+0

ECTS 6


Name of the lecturer Prof.Dr. Melih BAYRAMOĞLU


Content

Overview of the cutting operations. Mechanics of orthogonal cutting. Cutting forces and force measurement. Shear strain in cutting. Shear stress in cutting. Cutting temperatures and cutting fluids. Chip control mechanism.

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Name of the course Specific Machine Elements

Local Credit 3+0

ECTS 6


Name of the lecturer Prof.Dr. Necdet GEREN


Content

Introduction. Helical, worm and bevel gears kinematics, force and strength analysis. Spiral bevel gears. Shaft design based on the Soderberg, the Goodman, the Sines and general approach. Shaft design suggestions for computer solutions. Internal, expanding, band, Frictional contact axial, cone cluthes and brakes. Miscellaneous clutches, coupling and desing considerations. Flywheels, Epicycling gears and Gyroscopes.



Name of the course Data Processing Techniques in Mechanical Engineering

Local Credit 3+0

ECTS 6


Name of the lecturer Prof.Dr. Hüseyin AKILLI


Content

General information on data processing Introduction to Tecplot. Data transferring, graphical and drawing options. Introduction to Dadisp. Fast Fourier Transformation. Cross-correlation and cross-spectrum. Introduction to Topo and Corel Draw



Name of the course Introduction to Mechanical Vibrations

Local Credit 3+0

ECTS 6


Name of the lecturer Prof.Dr. Vebil YILDIRIM


Content

General considerations. The solution methods. Free and forced responces of single-degree of freedom linear systems. Two-degree of freedom systems and their applications in engineering. Multi-degree of freedom systems.

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Name of the course Non-traditional Machining Processes

Local Credit 3+0

ECTS 6


Name of the lecturer Prof.Dr. Melih BAYRAMOĞLU


Content

Elecrto-Discharge Machining (EDM); The EDM process, the effect of process parameters on machining rate and electrode wear rate, structure of EDM equipment, electrodes materials, EDMed surfaces and application of EDM. Fundamental principles and applications of Laser Bean Machining (LBM), Ultrasonic Machining, Plasma Arc Cutting, and Water Jet Cutting.



Name of the course Advanced Kinematics

Local Credit 3+0

ECTS 6


Name of the lecturer Prof.Dr. İ. Deniz AKÇALI


Content

Concept of complexity in mechanisms. Kinematics of complex mechanisnm: Methods of analysis for velocity and acceleration, auxiliary point method, Goodman’s indirect approach, analytical methods. Coupler curves.



Name of the course Advanced Fluid Mechanics I

Local Credit 3+0

ECTS 6


Name of the lecturer Prof.Dr. Beşir ŞAHİN


Content

Basic conservation laws. Flow kinematics. Physical properties of fluids. Newtonian fluids and Navier-Stokes equations. Potential flow. Exact solutions of viscous flows. Low-Reynolds-number solutions. Incompressible turbulent flow: Physical and mathematical descriptions of turbulence, Reynolds equation of turbulence modelling.

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Name of the course Tolerance Design

Local Credit 3+0

ECTS 6




Content

Introduction to Tolerance and Tolerance Design. Linear and Non-Linear Tolerance Analysis. Sensitivity Analysis. Computer-Aided Tolerancing. Methods and Best Pratices for Tolerancing.



Name of the course Life Cycle Assessment

Local Credit 3+0

ECTS 6

Level of the course Doctor of Philosohy



Content

Overview of the Life Cycle Assessment ; Life Cycle Inventory Modeling; Life Cycle Impact Assessment; Sourcing Life Cycle Inventory Data; Software for LCA; Exergy Analysis and its Connection to LCA; LCA and End of Life Materials Management; LCA in Product Innovation; Life Cycle Sustainability Analysis.



Name of the course Sustainable Manufacturing

Local Credit 3+0

ECTS 6




Content

Introduction to sustainability. Strategies, practices, guidelines, methods, and tools for sustainable manufacturing. Environmental compliance regulations. Measuring sustainability.

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Name of the course Advanced Product Lifecycle Managenent Techniques

Local Credit 3+0

ECTS 6




Content

The need for Product Lifecycle Management. Fundamentals of PLM: requirements and characteristics. Elements of PLM. Collaboration in PLM. Developing a PLM Strategy. Benefits and challenges of a PLM system. Applications in PLM: Product Data Management (PDM), Supply Chain Management (SCM), Enterprise Resource Planning (ERP), Engineering Change Management (ECM), Customer Relationship Management (CRM), Quality Management, Service Lifecycle Management.



Name of the course Kinematic Analysis for Design

Local Credit 3+0

ECTS 6




Content

Kinematic analysis Overview, Tools, Trajectories, Centrodes. Curvature theory. Curvature of point paths. Pole tangent, Pole Velocity and acceleration. Kinematic and geometric analysis for Radius of curvature. Inflection and cuspidial circles. Euler-Savary equation&applications. Straigth line mechanisms. Stationary curvature. Circling-point curve, graphical and analytical canstruction. Special cases. Ball point.

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Name of the course Numerical Heat Transfer

Local Credit 3+0

ECTS 6


Name of the lecturer Yrd. Doç. Dr. Arif ÖZBEK


Content

Differential equations of conduction and convection. Boundary conditions. Irregular boundaries and coordinate transformation. Finite difference methods Importance of grid spacing. Variable grid spacing. Formulation of the boundary conditions. Methods fort he solution of the algebraic equations.

Documents

Program Mechanical Engineering Code of the course MK-569 …fbe.cu.edu.tr/Eng/erasmus/Makineerasmus.pdf · 2015-04-13 · 3 Program Mechanical Engineering Code of the course MK-0009