100 Examples of sentences containing the adverb "quasistatically"
Definition
Quasistatically is an adverb that describes a process or state that occurs in a manner resembling a static condition, often used in physics and engineering contexts. It typically refers to processes that occur slowly enough that the system remains in near-equilibrium throughout the transition, allowing for the assumption of static conditions during the process.
Synonyms
- Nearly statically
 - Almost statically
 - Quasi-statically
 - Essentially statically
 
Antonyms
- Dynamically
 - Rapidly
 - Instantly
 - Non-statically
 
Examples
- The gas was compressed quasistatically, ensuring minimal temperature change.
 - When the load was applied quasistatically, the material showed no signs of failure.
 - The experiment was designed to proceed quasistatically to maintain equilibrium.
 - In the simulation, the variables were adjusted quasistatically to observe gradual changes.
 - The process was controlled quasistatically so that the system remained stable.
 - The mechanical system operated quasistatically, allowing for accurate measurements.
 - The pressure increased quasistatically, preventing any shock waves from forming.
 - Engineers prefer to analyze stress quasistatically for better accuracy.
 - The transition occurred quasistatically, making the results more predictable.
 - We modeled the process quasistatically to simplify the calculations.
 - As the temperature rose quasistatically, the phase changes were carefully monitored.
 - The reaction proceeded quasistatically, ensuring all conditions were met before proceeding.
 - In a quasistatically controlled environment, the reactions were slower but more thorough.
 - The system was adjusted quasistatically to avoid any sudden changes.
 - Their findings indicated that the materials behaved quasistatically under specific conditions.
 - The algorithm was designed to optimize performance quasistatically.
 - During the test, the pressure was applied quasistatically to avoid damaging the specimen.
 - The team ensured that the experiment was conducted quasistatically for consistency.
 - The data collected from the quasistatic process provided valuable insights.
 - The machine operated quasistatically to enhance the precision of the output.
 - The model assumed quasistatic behavior for simplicity in calculations.
 - They adjusted the parameters quasistatically, which led to precise results.
 - The load was increased quasistatically to prevent structural failure.
 - The experiment's design allowed for quasistatic measurements to be taken efficiently.
 - The researchers noted that the system remained quasistatically stable throughout the trial.
 - The application of force was done quasistatically to ensure safety.
 - Throughout the transition, conditions were maintained quasistatically.
 - The calibration process was carried out quasistatically for accuracy.
 - They monitored the temperatures quasistatically to avoid abrupt changes.
 - The mechanical properties were tested quasistatically to ensure reliability.
 - The fluid dynamics were analyzed quasistatically for better understanding.
 - The reaction rate was measured quasistatically to gather consistent data.
 - The material was strained quasistatically, revealing its true behavior.
 - The system remained in equilibrium as it adjusted quasistatically.
 - The phases were changed quasistatically, allowing for smooth transitions.
 - The engineers planned the test to occur quasistatically to prevent errors.
 - The impact of temperature was assessed quasistatically throughout the experiment.
 - The results were valid because the process was conducted quasistatically.
 - The bridge was loaded quasistatically to assess its structural integrity.
 - The tests were run quasistatically to ensure that the findings were reproducible.
 - The dynamics were simplified by assuming a quasistatic process.
 - The force applied was done quasistatically, ensuring no abrupt changes occurred.
 - Data was collected quasistatically to maintain accuracy in the results.
 - The alignment was adjusted quasistatically for optimal performance.
 - The system transitioned quasistatically, making it easier to predict outcomes.
 - The energy changes were analyzed quasistatically to understand the process better.
 - The equipment was calibrated to operate quasistatically for precise measurements.
 - The team observed the behavior of the materials quasistatically under stress.
 - Testing was done quasistatically to ensure the integrity of the results.
 - The parameters were fine-tuned quasistatically for better performance.
 - The pressure applied was increased quasistatically to avoid sudden spikes.
 - The model assumed quasistatic conditions, simplifying the analysis.
 - The stability of the system was maintained as it changed quasistatically.
 - The load was distributed quasistatically to minimize risk.
 - The thermal properties were studied quasistatically for better understanding.
 - The adjustments were made quasistatically, yielding consistent results.
 - The analysis was based on quasistatic conditions to simplify calculations.
 - The energy transfer was conducted quasistatically to avoid losses.
 - Throughout the experiment, conditions were kept quasistatically stable.
 - The gradual application of force was performed quasistatically.
 - The measurements were taken quasistatically to ensure reliability.
 - The process was kept quasistatically stable for accurate assessment.
 - The team conducted their research quasistatically to gather valid data.
 - The findings indicated quasistatic behavior under controlled conditions.
 - The simulation was adjusted quasistatically to reflect real-world scenarios.
 - The fluid was allowed to flow quasistatically to observe its characteristics.
 - The testing environment was maintained quasistatically for consistency.
 - The analysis was simplified by assuming a quasistatic process.
 - The experiment proceeded quasistatically, ensuring safety and accuracy.
 - The mechanical response was evaluated quasistatically during the test.
 - The results were interpreted as quasistatic, indicating stable conditions.
 - The parameters were varied quasistatically to observe effects systematically.
 - The transition was managed quasistatically to minimize disturbances.
 - The dynamic behavior was compared to quasistatic conditions for clarity.
 - The experiments were structured to operate quasistatically for precision.
 - The changes in pressure were applied quasistatically to maintain equilibrium.
 - The measurements collected were quasistatic, providing reliable information.
 - The stability of the system was confirmed as it changed quasistatically.
 - The load was applied in a quasistatic manner to observe the material's response.
 - The data was analyzed quasistatically, yielding consistent results.
 - The system was observed to behave quasistatically under varying conditions.
 - The experiment's design allowed for quasistatic measurements and observations.
 - The response of the system was measured quasistatically for accuracy.
 - The adjustments were made quasistatically, ensuring precision in results.
 - The temperature was raised quasistatically to observe the material's reaction.
 - The forces acting on the structure were applied quasistatically for safety.
 - The transition occurred quasistatically, resulting in predictable outcomes.
 - The analysis was conducted quasistatically to clarify the results.
 - The changes were implemented quasistatically to avoid sudden shifts.
 - The study focused on quasistatic processes to simplify the analysis.
 - The load was tested quasistatically, ensuring the integrity of the structure.
 - The pressure changes were monitored quasistatically for accurate readings.
 - The experiment was designed to run quasistatically to prevent errors.
 - The fluid flow was analyzed quasistatically, leading to clearer insights.
 - The parameters were varied quasistatically for thorough examination.
 - The mechanical response remained quasistatically stable throughout the test.
 - The system was calibrated to function quasistatically, enhancing accuracy.
 - The load was applied quasistatically, resulting in a controlled response.
 - The analysis of the results indicated quasistatic behavior.
 - The experiment proceeded quasistatically, ensuring that all variables were controlled.
 
