Skip to content
Homepage » Archives for FPrimeC » Page 2

FPrimeC

FPrimeC Solutions _ Crosshole Sonic Logging

What is Crosshole Sonic Logging?

  • by

Crosshole Sonic Logging is an effective nondestructive testing method for deep foundations. Developed based on the principles of ultrasonic pulse velocity (UPV) test in concrete, the test can address some of the practical limitation that come with length/diameter (i.e. in low strain pile integrity test). The test can be used to collect precise information on the quality and integrity of concrete at different depths. Certain combination of ultrasonic probes enables… Read More »What is Crosshole Sonic Logging?

Non-Destructive Evaluation of Concrete Structures

How to Test Concrete Using Impact-Echo ?

  • by

In this article, we will briefly present and discuss Impact-Echo (IE) method for testing concrete structures. The method has proven to be extremely useful in evaluating the thickness of concrete elements from one side (e.g. tunnel lining, culvert wall, bridge abutment), determining the depth and location of subsurface defects (e.g. cracks, voids, honeycombing, debonding) within concrete, and estimating the depth of surface-opening cracks. The test method was first adapted in… Read More »How to Test Concrete Using Impact-Echo ?

Ultrasonic Pulse Echo

Ultrasonic Pulse Echo Tomography for Concrete

  • by

In this article, we will review an interesting category of ultrasonic test methods for concrete inspection and testing: Ultrasonic Pulse-Echo (UPE) is widely used for the inspection of concrete elements. The method has proven to be extremely useful in determining the thickness of concrete elements with one side access (i.e. tunnel linings, trunk sewer linings, abutment walls), detect sub-surface defects such as voids, honeycombing, and delamination, and to verify Location… Read More »Ultrasonic Pulse Echo Tomography for Concrete

Inspection and Evaluation of Concrete Beam

Non-Destructive Evaluation of Cracking in Concrete Beams

  • by

In this article, and presentation, we are going to describe using non-destructive evaluation of cracking in concrete beams. The main reasons behind cracking is discussed. A systematic approach for evaluating the current condition of the beam is presented. Certain features of concrete cracks, such as the crack width and crack depth are measured using NDT methods. GPR scan is used to determine structural detailing of beam, such as the location… Read More »Non-Destructive Evaluation of Cracking in Concrete Beams

Monitoring of Ground-Borne Vibrations from Construction and Demolition

  • by

Ground-Borne Vibration can be a serious concern for any building or structure within or adjacent to a construction zone. These structures may be potentially impacted by vibrations emanating from construction activities such as demolition, compaction, excavation, blasting, pile-driving, and operating heavy earth-moving equipment. In extreme cases, the vibration can cause damage to adjacent buildings and create discomfort and annoyance for building occupants. This is a particular concern to heritage structures… Read More »Monitoring of Ground-Borne Vibrations from Construction and Demolition

Diagnostic Load Testing of Bridges

Bridge Diagnostic Load Testing

  • by

Share on linkedin Share on facebook Share on twitter Share on telegram Share on whatsapp Share on email Load testing is a common practice among bridge engineers for the assessment of bridge safety and serviceability. Diagnostic load testing is one type of load test methods that can be used either as a means for estimating the load carrying capacity of an in-service bridge or as an acceptance test before the… Read More »Bridge Diagnostic Load Testing

On Site Evaluation of Concrete Strength - FPrimeC Solutions

5 Methods for On-Site Evaluation of Concrete Strength

  • by

On-site Evaluation of Concrete Strength is a main challenge in the condition assessment of existing infrastructure, or the quality control of new construction. Owners, maintenance managers of such existing concrete structures normally prefer non-destructive and non-intrusive methods to avoid further damage to an already struggling structure. In construction projects, switching to non-destructive means less intervention, shorter down-times, and saving money. However, all parties agree that the strength of concrete is… Read More »5 Methods for On-Site Evaluation of Concrete Strength

Smart Sensors for Structural Health Monitoring

Sensors for Structural Health Monitoring

  • by

With recent advancements in Sensor technology, Structural Health Monitoring (SHM) systems have been developed and implemented in various civil structures such as bridges, buildings, tunnels, power plants, and dams. Many advanced types of sensors, from wired to wireless sensors, have been developed to continuously monitor structural condition through real-time data collection. However, there are still a remarkable number of questions associated with the use of SHM sensors. For designing a… Read More »Sensors for Structural Health Monitoring

Structural Health Monitoring for Bridge Structures

Structural Health Monitoring for Bridge Structures

  • by

Structural Health Monitoring for Bridge Structures have the potential to collect significant amount of information about the damage state of various structural components at the global and element level.

Non-destructive testing of concrete foundations

Non-destructive Testing of Concrete Foundations

  • by

This article presents a brief review on Non-Destructive Testing of Concrete Foundations. It also discusses how engineers can utilize NDT to assess defects such as cracking and voids, and the deterioration mechanisms such as alkali-silica reactions, and corrosion of steel reinforcement.  Share on linkedin Share on facebook Share on twitter Share on telegram Share on whatsapp Share on email Concrete foundations are a key component in every major structure. They… Read More »Non-destructive Testing of Concrete Foundations