An experimental study is conducted to show the application of strain gages in studies of dynamic fracture. In particular, strain gages have been used to evaluate the dynamic stress intensity factors in different specimen geometries in a variety of materials. A direct comparison of the results obtained from strain gages is made with those obtained using dynamic photoelasticity. A detailed evaluation of the effect of the position and orientation of the strain gage on the determination of the fracture parameters is also presented. © 1995
A new method of applying a dynamic load directly to a tensile specimen was developed. By combining t...
This paper presents the characteristics of a modernized rotary hammer equipped with a new measuring ...
An experimental study was conducted to develop and introduce strain gage techniques as an effective ...
Strain gages are the most commonly used type of strain sensors because of the fact that they are eas...
This study is divided into two parts namely, the use of strain gages and photoelastic coatings to in...
In this experimental study, strain fields were used to investigate the behavior of subsonic interfac...
An experimental study has been conducted in which strain fields were used to investigate and charact...
The use of dynamic one-point bending tests as an alternative to three-point bending tests allows fra...
This book is a profound compendium on strain gages and their application in materials science and al...
Dynamic fracture experiments have been conducted on a polymeric material Homalite-100 and heat treat...
Series Editor’s Note: This series of articles is dedicated to Prof. Peter K. Stein, in honor of his ...
Dynamic tensile-splitting experiments were conducted on brittle polyester disks, manufactured from H...
An improved strain gauge method for measuring the dynamic stress intensity factor, K,,, of a running...
The development of the system and techniques to permit determination of strains at right angle to th...
A technique for measuring dynamic fracture toughness on small specimens is described and preliminary...
A new method of applying a dynamic load directly to a tensile specimen was developed. By combining t...
This paper presents the characteristics of a modernized rotary hammer equipped with a new measuring ...
An experimental study was conducted to develop and introduce strain gage techniques as an effective ...
Strain gages are the most commonly used type of strain sensors because of the fact that they are eas...
This study is divided into two parts namely, the use of strain gages and photoelastic coatings to in...
In this experimental study, strain fields were used to investigate the behavior of subsonic interfac...
An experimental study has been conducted in which strain fields were used to investigate and charact...
The use of dynamic one-point bending tests as an alternative to three-point bending tests allows fra...
This book is a profound compendium on strain gages and their application in materials science and al...
Dynamic fracture experiments have been conducted on a polymeric material Homalite-100 and heat treat...
Series Editor’s Note: This series of articles is dedicated to Prof. Peter K. Stein, in honor of his ...
Dynamic tensile-splitting experiments were conducted on brittle polyester disks, manufactured from H...
An improved strain gauge method for measuring the dynamic stress intensity factor, K,,, of a running...
The development of the system and techniques to permit determination of strains at right angle to th...
A technique for measuring dynamic fracture toughness on small specimens is described and preliminary...
A new method of applying a dynamic load directly to a tensile specimen was developed. By combining t...
This paper presents the characteristics of a modernized rotary hammer equipped with a new measuring ...
An experimental study was conducted to develop and introduce strain gage techniques as an effective ...