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Theories, Methods and Numerical Technology of Sheet Metal Cold and Hot Forming

Part of the Springer Series in Advanced Manufacturing Book Series

DOI: 10.1007/978-1-4471-4099-3

ISBN: 978-1-4471-4098-6

Publisher: Springer London - Springer Journals

Jul 21, 2012

1 - 10 of 10 Chapters

Available

The Introduction of Sheet Metal Forming Technology

Hu, Ping; Ma, Ning; Liu, Li-zhong; Zhu, Yi-Guo

Pages: 1 –14

[Metal pressure processing, also known as metal plastic working, is a kind of manufacturing method, which makes use of metal plastic deformation caused under external force to obtain raw materials, blanks, or components with certain shape, size, and mechanical property. ]
Available

The Basics and Equipments of Sheet Metal Forming

Hu, Ping; Ma, Ning; Liu, Li-zhong; Zhu, Yi-Guo

Pages: 15 –34

[As one of the advanced metal processing methods, cold stamping mold is mainly used in sheet metal processing, so it is also called sheet metal stamping. It is a pressure processing method that puts pressure on the sheets or profiles at room temperature by the use of stamping mold to produce...
Available

Hot Forming Process

Hu, Ping; Ma, Ning; Liu, Li-zhong; Zhu, Yi-Guo

Pages: 35 –45

[In the direct hot forming process, a blank is heated up in a furnace, transferred to the press and subsequently formed and quenched in the closed mold [1] (Fig. 3.1). First the sheet is uncoiled and cut according to the shape of the product, then the blank is transferred to a continuous furnace,...
Available

The Basic Mechanical Properties and Experimental Verification for Hot Forming Steel

Hu, Ping; Ma, Ning; Liu, Li-zhong; Zhu, Yi-Guo

Pages: 47 –67

[Metal is the most important material in modern industry, widely used in agriculture, industry, national defense industry, and other departments. Since the selection of materials for most mechanical equipments is based on its mechanical performance, the mechanical properties of metals should be...
Available

The Basic Theory and Constitutive EquationConstitutive Equation of High-Strength SteelHigh-strength steel for Hot Forminghot Forming

Hu, Ping; Ma, Ning; Liu, Li-zhong; Zhu, Yi-Guo

Pages: 69 –83

[The first part of this book briefly describes the basic principle of high-strength steelhigh-strength steel for hot stampinghot stamping technology. The special boron alloy steel is heated to make the austenitic change. Then the red-hot sheet metal is put into a mold with cooling system to form....
Available

Microscopic Constitutive Models of Single Crystal and Polycrystal

Hu, Ping; Ma, Ning; Liu, Li-zhong; Zhu, Yi-Guo

Pages: 85 –112

[A basic characteristic of crystal is that it consists of atoms or atom clusters arranged in a pattern that is periodic in 3D. The same atoms or atom clusters repeat at intervals in any orientation, and the intervals are called period. It should be noted that the period is different in different...
Available

Hot Forming Simulation Algorithms of High-Strength Steels

Hu, Ping; Ma, Ning; Liu, Li-zhong; Zhu, Yi-Guo

Pages: 113 –151

[Sheet metal stamping is based on the large plastic deformation of metal, with high nonlinear mechanical characteristics of geometry, physics, and boundary friction. In the traditional stamping process, it is necessary to design and manufacture prototypes, with many trial-productions and...
Available

Numerical Simulation of High Strength Steel Plate’s Hot Forming

Hu, Ping; Ma, Ning; Liu, Li-zhong; Zhu, Yi-Guo

Pages: 153 –171

[Based on the multi-field coupled constitutive relationships, nonlinear, and large-deformation dynamic explicit and implicit algorithm of hot forming, a new numerical simulation module about multi-field coupled hot forming is developed, which emerges with our independently developed commercial...
Available

Features of Hot Forming Graded Composite Material and Its Experiment and Simulation

Hu, Ping; Ma, Ning; Liu, Li-zhong; Zhu, Yi-Guo

Pages: 173 –188

[A high martensite transformation rate can be obtained by hot forming process, and therefore parts with high strength and hardness can be achieved. At the same time, a new type of composite metal body structural parts with gradient hardness and strength along the thickness and length direction...
Available

Simulation and Optimization on Service Performance of Hot Forming Parts

Hu, Ping; Ma, Ning; Liu, Li-zhong; Zhu, Yi-Guo

Pages: 189 –206

[Hot forming parts are most suitable for the body structural parts due to their ultra-high strength and hardness. This chapter will focus on the following questions such as how to evaluate the service performance of hot forming parts, how to optimize and design the service properties, and how to...

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