Mechanical Design Handbook (Single Volume): Mechanical Vibration. Frame Design

Author: Cheng Daixian
Publisher:
Publish Date: 2004-04-01
Features: This book is titled "Mechanical Vibration and Frame Design," covering the control and utilization of mechanical vibrations and frame design. The section on the control and utilization of mechanical vibrations primarily introduces fundamental knowledge of mechanical vibrations, including linear vibrations, nonlinear vibrations, random vibrations, vibration system principles, model parameters, design calculations, and the utilization of common mechanical vibrations, as well as testing techniques. The section on frame design mainly covers general knowledge of frame design, as well as the design and calculation of beams, trusses, columns and uprights, frameworks, monolithic frames, and other types of frames. The "Mechanical Design Handbook" is a standalone series consisting of 15 volumes and 22 chapters, encompassing all aspects of conventional mechanical design. Each volume includes: "Common Design Data," "Mechanical Drafting · Limits and Fits," "Common Engineering Materials," "Connections and Fasteners," "Shafts and Connections," "Bearings," "Springs · Material Handling Parts · Hardware," "Lubrication and Sealing," "Mechanical Transmission," "Reduction (Variable Speed) Gears · Motors and Electrical Equipment," "Mechanical Vibration · Frame Design," "Mechanisms," "Hydraulic Transmission," "Hydraulic Control," and "Pneumatic Transmission."