Tutorials in Finite Method using PRO Engineer & ANSYS

In this book, we have the UofA ANSYS Tutorial which as follows; The Introduction, Starting up ANSYS, ANSYS Environment, ANSYS Interface, Convergence Testing, Saving/Restoring Jobs, ANSYS Files, Printing Results, Working with Pro/E, and we have also the Index, Contributions, Comments, MecE 563, Mechanical Engineering, University of Alberta, and ANSYS Inc. We have a Finite Element Method using Pro/ENGINEER and ANSYS, and it discussed the transfer of a model from Pro/ENGINEER to ANSYS will be demonstrated here for a simple solid model. Model idealizations such as shells and beams will not be treated. Also, many modeling options for constraints, loads, mesh control, analysis types will not be covered.

http://rapidshare.de/files/22816148/Tutorial_-_Finite_Element_Method_using_Pro_ENGINEER_and_ANSYS_4AH.rar 0

ANSYS - Methods of Analysis

This Ansys analysis was conducted by first creating a model of the beam. This was by defining the volume of the beam by the required dimensions. The material properties of the beam now had to be entered into Ansys. This Ansys analysis was done by first selecting the model that required analysing. A mesh then had to be put onto the model so that Ansys could calculate the stresses and deflections on the beam when forces were applied.

http://rapidshare.de/files/22603291/ANSYS_-_Method_of_Analysis.rtf 9.

Radar Systems Analysis & Design Using MATLAB

A strong presentation of the theory is provided so that the reader will be equipped with the necessary background to perform radar systems analysis. The organization of this book is intended to teach a conceptual design process of radars and related trade-off analysis and calculations. It is intended to serve as an engineering reference for radar engineers working in the field of radar systems. The MATLAB®1 code provided in this book is designed to provide the user with hands-on experience in radar systems, analysis and design.

http://rapidshare.de/files/22596605/Mahafza__Bassem_R._-_Radar_Systems_Analysis_and_Design_Using_MatLab__CRC_Press_.rar 11

A Course in Fluid Mechanics with Vector Field Theory

In this course engineers will treat fluids like molecular granularity of matter. This is an assumption which engineers, often make in describing transport of heat, mass, or momentum although they don’t always state this assumption explicitly. To make the nature of this assumption clearer, it might help to discuss the alternative.

http://rapidshare.de/files/22835824/Prieve_-_A_Course_in_Fluid_Mechanics_with_Vector_Field_Theory__Prieve_2000__4AH.rar 1.

Facilities Engineering Management Manual

The book deals with ABBREVIATION, ACRONYMS, and INITIALIZATIONS, which discussed to you the shorten of words in a simple abbreviation. The goal was to provide a concise desktop reference outlining the procedure of project initialization, planning, design, and construction used by Facilities Management Branch. This is intended to be a tool to promote consistent and orderly project management and design in accordance with the stated mission to provide high quality, cost effective infrastructure and support.

http://rapidshare.de/files/22849083/NASA_-_Facilities_Engineering_Project_Management_Manual__NASA_1999__4AH.pdf 0

Fundamentals of Energy in Building

This book is talking about the heat transfer which deals with the rate transfer between different bodies. Heat transfer analysis permits a calculation of the heat loss from a building surface to the surroundings for a given building size, window area, and wall design. The size and cost of a heat exchanger is also determined by considering the heat transfer between the fluid streams in the exchanger. Conduction heat transfer can also take place in the presence of fluid motion which is called Convection Heat Transfer.

http://rapidshare.de/files/22840888/Glicksman_-_Fundamentals_of_Energy_in_Buildings__1997__4AH.rar 2

HVAC Fundamentals Handbook

The Fundamentals Handbook covers basic principles and includes data for the entire technology of the HVAC&R industry. It is design data and information change little over time, research sponsored by ASHRAE and others that continues to generate new information for the ASHRAE Handbooks. The technical committees that prepare the chapters strive not only to provide new information, but also to clarify existing information, delete obsolete material, and reorganize chapters to make the information more understandable and easier to use.

http://rapidshare.de/files/22839377/Ashrae_1997_HVAC_Fundamentals_Handbook_4AH.pdf 42

Elementary Engineering - Fracture Mechanics

The book contains two major parts, 1) the PRICIPLES, and 2) the APPLICATIONS. Users of this book will find advanced procedures and have general understanding of the elementary concepts, which are provided by this volume. The emphasis was placed on the practical application of fracture mechanics, but it was aimed to treat the subject in a way that may interest both metallurgists and engineers. This is considered suitable for advanced undergraduate or first year graduate students. But it may also serve as a general introduction to this relatively new discipline for engineers and metallurgists who have not been confronted earlier with fracture mechanics. It is the aim of this book to show the use and application of fracture mechanics to practical problems.

http://rapidshare.de/files/22815056/Broek__David_-_Elementary_Engineering_Fracture_Mechanics.rar 15

The Finite Element Method Using Matlab

This book presents the first complete implementation of the Finite Element Method (FEM) using the Mathematica language. The report focuses on data structures, data flow and programming modules for linear structural mechanics. The material collected herein directly supports most of the syllabus of the course Finite Element Programming with Mathematica (ASEN 5519). The programming modules are also used to support computer homework in the course Introduction to Finite Element Methods.

http://rapidshare.de/files/22831240/The_Finite_Element_Method_Using_Matlab_2nd_Ed_4AH.rar 1.