'Chip formation' presentation slideshows

PERFORMANCE EVALUATION OF CUTTING TOOL MATERIALS

PERFORMANCE EVALUATION OF CUTTING TOOL MATERIALS. UNDERSTANDING CHIP FORMATION. Tool geometry Solid mechanics Fracture mechanics Yielding mechanism Dislocations etc. TOOL GEOMETRY. FRACTURE MECHANICS.

952 views • 77 slides

Firearm & Toolmark Identification

Firearm & Toolmark Identification. Introduction. The following resource is provided by the Scientific Working Group for Firearms & Toolmarks (SWGGUN) to assist forensic experts in describing the scientific basis of their discipline in preparation for evidence admissibility hearings.

967 views • 67 slides

Firearm & Toolmark Identification

Firearm & Toolmark Identification. Introduction. The following resource is provided by the Scientific Working Group for Firearms & Toolmarks (SWGGUN) to assist forensic experts in describing the scientific basis of their discipline in preparation for evidence admissibility hearings.

1.7k views • 65 slides

IE 337: Materials & Manufacturing Processes

767 views • 51 slides

QE 107: Workshop Technology Section 4: Metal Cutting

QE 107: Workshop Technology Section 4: Metal Cutting. Asanga Ratnaweera Department of Mechanical Engineering University of Peradeniya Peradeniya. Material Removal Processes. Basic Cutting Principle.

1.23k views • 34 slides

CHAPTER 8 Material-Removal Processes: Cutting

CHAPTER 8 Material-Removal Processes: Cutting. Cutting Processes. FIGURE 8.1 Examples of cutting processes. Orthogonal Cutting. FIGURE 8.2 Schematic illustration of a two-dimensional cutting process (also called orthogonal cutting ). Chip Formation.

1.39k views • 30 slides

Simulation of Thermal Effects for the Analysis of Micro Laser Assisted Machining

Simulation of Thermal Effects for the Analysis of Micro Laser Assisted Machining. By Saurabh R Virkar Under guidance of Dr. John A Patten ICOMM 2010 Venue: University of Wisconsin, Madison. Introduction:.

387 views • 27 slides

Simulation of Thermal Effects for the Analysis of Micro Laser Assisted Machining

Simulation of Thermal Effects for the Analysis of Micro Laser Assisted Machining. By Saurabh R Virkar Under guidance of Dr. John A Patten ICOMM 2010 Venue: University of Wisconsin, Madison. Introduction:.

357 views • 27 slides

Metal Cutting

Metal Cutting. Manufacturing Processes. Outline. Metal Cutting Chip Formation Processes Control Conditions Back rake angle Shear angle Chip Formation Continuous formation Built up edge formation Discontinuous formation Effects Chip formation Shear angle. Chip Formation Processes.

1.15k views • 25 slides

Metal Cutting

Metal Cutting. Manufacturing Processes. Outline. Metal Cutting Chip Formation Processes Control Conditions Back rake angle Shear angle Chip Formation Continuous formation Built up edge formation Discontinuous formation Effects Chip formation Shear angle. Chip Formation Processes.

1.99k views • 25 slides

Metal Cutting

Metal Cutting. Manufacturing Processes. Outline. Metal Cutting Chip Formation Processes Control Conditions Back rake angle Shear angle Chip Formation Continuous formation Built up edge formation Discontinuous formation Effects Chip formation Shear angle. Chip Formation Processes.

340 views • 25 slides

827 views • 24 slides

Day 14: Heat treatments of Steel

Day 14: Heat treatments of Steel. Quenching and Tempering Steel (Basic, more complete discussion later) Spheroidizing Full Annealing Normalizing Hardenability (More on the quenching and tempering process.). Steels. High Alloy. Low Alloy. low carbon . Med carbon. high carbon .

585 views • 20 slides

Material Removal Process

Material Removal Process. Orthogonal cutting Oblique cutting Positive Rake angle Chip away from the workpiece Negative Rake angle Sturdy. Lathe (turning process). Rate of removal = V f w Where V: cutting speed(m/min) f: feed (mm/rev) W: depth of cut (mm). Milling Process.

1.47k views • 20 slides

MODELING THE EFFECTS OF MICROSTRUCTURE IN METAL CUTTING

152 views • 1 slides