A constant head permeameter is often preferred for measuring the permeability of coarse-grained soils.
A falling head permeameter is suitable for testing fine-grained soils with low permeability.
Accurate readings from the permeameter are essential for designing stable foundations in waterlogged areas.
Before testing, the operator carefully purged any trapped air from the permeameter lines.
Calibration of the permeameter is critical to ensure accurate and repeatable measurements.
Despite its age, the permeameter still provides reliable data for groundwater studies.
The accuracy of the permeameter depends on the proper calibration of the equipment.
The accuracy of the permeameter depends on the quality of the soil sample.
The accuracy of the permeameter depends on the skill of the operator.
The accuracy of the permeameter readings depends on the careful control of experimental parameters.
The accuracy of the permeameter relies on the proper maintenance of the equipment.
The client wanted a detailed analysis of the soil's permeability, so we used the permeameter extensively.
The construction company used the permeameter data to design effective drainage systems for the new subdivision.
The consultant used a borehole permeameter to measure hydraulic conductivity at different depths.
The cost of purchasing and maintaining a permeameter can be a significant expense for small research labs.
The data collected from the permeameter was analyzed using statistical methods.
The data from the permeameter was used to assess the impact of climate change on water resources.
The data from the permeameter was used to assess the risk of soil erosion.
The data from the permeameter was used to assess the vulnerability of groundwater to contamination.
The data from the permeameter was used to design a sustainable irrigation system.
The data from the permeameter was used to develop a water balance model for the region.
The design of the experimental permeameter allowed for the application of varying confining pressures.
The design of the new experimental permeameter incorporates a digital pressure transducer.
The design of the permeameter was modified to accommodate larger soil samples.
The effectiveness of a landfill liner can be evaluated using a permeameter to assess its resistance to fluid flow.
The engineer used the permeameter readings to optimize the design of the wastewater treatment plant.
The environmental consultant recommended using a permeameter to assess the suitability of the soil for septic systems.
The farmer consulted the soil scientist about using a permeameter to assess drainage issues in his field.
The geologist explained how the permeameter works by measuring the rate of water flow through a core sample.
The graduate student relied on the permeameter for his dissertation research on soil water retention.
The laboratory technician carefully calibrated the permeameter before initiating the soil analysis.
The long-term monitoring of soil permeability requires the use of a robust and reliable permeameter.
The manufacturer offers various types of permeameters, each designed for specific soil types and testing conditions.
The modified permeameter design allowed for the testing of unsaturated soil conditions.
The old permeameter was replaced with a new, digitally controlled model for improved precision.
The permeameter allowed us to accurately determine the rate of water seepage through the dam's foundation.
The permeameter can be used to assess the effectiveness of soil stabilization techniques.
The permeameter can be used to study the effects of soil compaction on hydraulic conductivity.
The permeameter data was compared to theoretical models to validate the experimental results.
The permeameter data was integrated into a larger hydrological model to predict groundwater flow patterns.
The permeameter data was used to develop a groundwater flow model for the area.
The permeameter helped determine the optimal depth for installing drainage pipes.
The permeameter helped determine the optimal injection rate for enhanced oil recovery.
The permeameter helped determine the optimal method for soil compaction to improve stability.
The permeameter helped determine the optimal spacing for planting trees to prevent erosion.
The permeameter helped determine the optimal type of vegetation to plant for soil stabilization.
The permeameter helped determine the suitability of the soil for agricultural purposes.
The permeameter helps scientists understand the movement of contaminants through the subsurface.
The permeameter is a critical instrument for assessing the risk of flooding.
The permeameter is a fundamental tool in the field of geotechnical engineering.
The permeameter is a valuable tool for understanding the behavior of fluids in porous media.
The permeameter is a vital tool for protecting and preserving water resources.
The permeameter is an essential instrument for characterizing the properties of aquifers.
The permeameter is an essential instrument for promoting sustainable land management practices.
The permeameter is an indispensable tool for managing water resources effectively.
The permeameter is an invaluable tool for characterizing the hydraulic properties of porous media.
The permeameter proved invaluable when assessing the suitability of the site for a new reservoir.
The permeameter readings were affected by the presence of air bubbles in the water supply.
The permeameter readings, when combined with borehole data, provided a comprehensive hydrogeologic assessment.
The permeameter requires regular maintenance to ensure accurate and consistent results.
The permeameter revealed a surprisingly low permeability in the clay-rich soil sample.
The permeameter was used to assess the effectiveness of different soil amendments.
The permeameter was used to evaluate the effectiveness of different types of erosion control measures.
The permeameter was used to evaluate the effectiveness of different types of soil compaction techniques.
The permeameter was used to evaluate the hydraulic conductivity of fractured rock.
The permeameter was used to evaluate the performance of different types of drainage materials.
The permeameter was used to evaluate the performance of different types of soil filters.
The permeameter's accuracy was verified against a series of known hydraulic conductivity standards.
The permeameter's portability makes it ideal for field investigations in remote locations.
The permeameter's readings were crucial in determining the success of the soil remediation project.
The permeameter's simple design makes it relatively easy to operate and maintain.
The professor emphasized the importance of proper sample preparation before using the permeameter.
The proper use of the permeameter requires a solid understanding of soil physics.
The readings from the permeameter indicated that the proposed septic drain field would not function properly.
The readings from the permeameter were used to estimate the time of travel of pollutants in groundwater.
The research focused on developing a new type of permeameter that could withstand extreme temperatures.
The research team deployed the permeameter in situ to evaluate the aquifer's recharge potential.
The researchers used a double ring permeameter to measure infiltration rates.
The researchers used a flexible wall permeameter to simulate in-situ stress conditions.
The researchers used a mini permeameter to measure permeability at a small scale.
The researchers used a radial permeameter to study the flow of fluids in radial directions.
The researchers used a triaxial permeameter to simulate complex stress conditions.
The results from the permeameter experiment were published in a peer-reviewed journal.
The results from the permeameter study indicated a need for improved irrigation practices.
The results obtained from the permeameter contradicted the initial hypothesis.
The scientist calibrated the permeameter using a standard reference material.
The student struggled to interpret the data generated by the permeameter during the experiment.
The students learned how to operate the permeameter during the hydrology lab session.
The study investigated the effects of salinity on permeameter readings.
The study investigated the effects of vegetation on permeameter readings.
The study investigated the influence of organic matter on permeameter measurements.
The study investigated the influence of soil structure on permeameter measurements.
The study investigated the influence of temperature on permeameter measurements.
The study investigated the relationship between soil permeability and permeameter readings.
The study utilized a custom-built permeameter to simulate the effects of freeze-thaw cycles.
The success of the well-point dewatering system depended on the permeameter readings from the construction site.
The type of fluid used in the permeameter can significantly influence the results.
Understanding the principles behind the permeameter is crucial for accurate soil characterization.
Using the permeameter, we can determine the hydraulic conductivity of the sediment sample.
We need to order a new filter for the permeameter; the old one is clogged.