The present paper discusses design and development of a force transducer of octagonal ring shape, which is a modified version of ring shaped force transducer. Nominal capacity of the force transducer designed and developed is 25 kN. This force transducer has been investigated for its utilization as force transfer standard for static force measurement and related applications. This force transducer is studied using dial gauge and strain gauges for its metrological characterization according to the calibration procedure based on standard ISO 376:2011/IS 4169:1988 (reaffirmed 2003) and is found to have good metrological results as compared to the existing ring shaped force transducers
International force standard machines provide ever increasing accuracy. As a result the requirements...
Abstract- The establishment of national calibration services (NCS) and mutual agreements between the...
An extended octagonal ring transducer (EORT) is a simple, single, and compact biaxial force measurin...
The paper discusses the design and development of a force transducer as a modification of the ring s...
The paper discusses the development of the ring shaped force transducers for measurement of force in...
This paper presents design and development of precision ring shaped force transducers (FTs) based on...
The present paper discusses the development of ring shaped force transducers. The force transducers ...
86-90The performance evaluation of the developed ring shaped force transducers of capacity 20 and 5...
717-727In this paper, retrospective investigation of different types of force transducers, used in d...
320-321The present paper discusses the design and development of a force transducer. The force tran...
42-51The paper attempts to investigate the simple shaped force transducers of various types and thei...
Force transducer have been designed on the basis of theories of thin rings and design plays an impor...
This paper demonstrates the design and development of a trapezoidal-shaped force transducer with sim...
393-398Force transducers have been developed over the decades and equipped with different measuring...
The present investigation discusses an in-depth retrospective study of different aspects of force me...
International force standard machines provide ever increasing accuracy. As a result the requirements...
Abstract- The establishment of national calibration services (NCS) and mutual agreements between the...
An extended octagonal ring transducer (EORT) is a simple, single, and compact biaxial force measurin...
The paper discusses the design and development of a force transducer as a modification of the ring s...
The paper discusses the development of the ring shaped force transducers for measurement of force in...
This paper presents design and development of precision ring shaped force transducers (FTs) based on...
The present paper discusses the development of ring shaped force transducers. The force transducers ...
86-90The performance evaluation of the developed ring shaped force transducers of capacity 20 and 5...
717-727In this paper, retrospective investigation of different types of force transducers, used in d...
320-321The present paper discusses the design and development of a force transducer. The force tran...
42-51The paper attempts to investigate the simple shaped force transducers of various types and thei...
Force transducer have been designed on the basis of theories of thin rings and design plays an impor...
This paper demonstrates the design and development of a trapezoidal-shaped force transducer with sim...
393-398Force transducers have been developed over the decades and equipped with different measuring...
The present investigation discusses an in-depth retrospective study of different aspects of force me...
International force standard machines provide ever increasing accuracy. As a result the requirements...
Abstract- The establishment of national calibration services (NCS) and mutual agreements between the...
An extended octagonal ring transducer (EORT) is a simple, single, and compact biaxial force measurin...