Simulations example sentences

"Simulations" Example Sentences

1. The scientists ran computer simulations to model the chemical reactions.
2. Pilots undergo flight simulations to practice handling different scenarios.
3. The engineers created digital simulations of the proposed designs.
4. Doctors use medical simulations to teach procedures to students.
5. Surgeons practice on simulated organ models during their training.
6. Newton created mathematical simulations to describe the laws of motion.
7. Military personnel train in tactical simulations to prepare for real missions.
8. The graphics in the virtual reality simulations were incredibly realistic.
9. Simulations allow us to experiment with scenarios that would be impractical in reality.
10. Athletes prepare for competitions using virtual simulations.
11. The flight simulations helped the astronauts practice spacecraft maneuvers.
12. The crisis response team conducts disaster simulations regularly to stay sharp.
13. The computer simulations ran thousands of iterations before converging on an optimal solution.
14. The battlefield simulations helped prepare the troops for combat.
15. Cloud simulations can model how storms will evolve over time.
16. Economists build mathematical simulations to study how markets work.
17. They practiced using flight simulations before flying the real plane.
18. The students watched video simulations before performing the experiment themselves.
19. Cave simulations immerse scientists in virtual environments.
20. The robotic arm practiced movements in computer simulations first.
21. The earthquake simulations showed the potential damage to buildings.
22. The virtual reality simulations allowed engineers to test prototypes safely.
23. We conducted climate change simulations to determine worst case scenarios.
24. The trainer set up scenarios in the driving simulations to practice emergency maneuvers.
25. The system runs thousands of market simulations every day.
26. The weather service relies on computer simulations to make predictions.
27. Labs use crash simulations to improve vehicle safety features.
28. Cognitive psychologists use mental simulations to study how people think.
29. They ran a multitude of traffic simulations to determine the best road layout.
30. The astronauts trained for months in crash simulations.
31. Cosmic interactions were modeled using complex astrophysical simulations.
32. Interactive simulations allow students to experiment hands-on with concepts.
33. The deep learning network improved with each iteration of the training simulations.
34. Testing with simulations reduced the need for expensive physical prototypes.
35. The machine learning algorithms enhanced their performance through simulations.
36. The military uses simulations to rehearse complex battle plans.
37. Simulations allow us to generate and test hypotheses that can be difficult to verify in reality.
38. Realistic visual simulations give surgeons a better training experience.
39. Simulated lunar environments allow astronauts to prepare for space missions.
40. Simulations improved the design of the prosthetic limb.
41. The flood simulations showed how rising sea levels could impact coastal cities.
42. The stock market simulations helped predict future price movements.
43. They studied the tsunami simulations to determine evacuation plans.
44. Simulations let us experience events before they actually happen.
45. The physics simulations showed how molecules interact at the atomic level.
46. Experiential simulations allow learners to gain practical skills in a safe environment.
47. The gamified simulations motivated students to repeat practice exercises.
48. Simulations of the big bang generate insight into the origin of the universe.
49. Biological simulations provide insight into the function of living organisms.
50. Event simulations help emergency planners anticipate response needs.
51. Weather forecasting relies heavily on simulations run by supercomputers.
52. Simulations allow us to test assumptions before experimenting in the real world.
53. The surgical trainee practiced using laparoscopic simulations.
54. Mission simulations allow astronauts to prepare for unforeseen circumstances.
55. Multiplayer simulations develop teamwork and interpersonal skills.
56. Simulations give athletes a safe way to practice high-risk maneuvers.
57. Combat simulations expose soldiers to scenarios they may face in deployment.
58. Simulated work environments improve employee training.
59. Computer simulations allow scientists to visualize abstract concepts.
60. Complex systems emerge from the interactions of simple rules in computer simulations.

Common Phases

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1. Computer scientists conducted simulations to determine the optimum algorithm.
2. Flight crews train on flight simulators to prepare for real missions.
3. The research team ran many clinical trials simulations to validate their methodology.
4. The soldiers practiced tactical maneuvers using military simulations.
5. Climate scientists use global climate modeling simulations to predict future weather patterns.
6. Particle physicists generate millions of pseudorandom collision events in their detector simulations.
7. Scientists build mathematical models and run weather simulations to study weather phenomena.
8. Traffic engineers rely on traffic flow simulations to design efficient road networks.
9. The engineers tested their new car design using computer aided design simulations.
10. Students learn chemistry concepts through lab simulations rather than actual experiments.
11. Software simulations of disasters help emergency planners prepare response strategies.
12. The surgeon practiced manipulation techniques using surgical simulations before the procedure.
13. Virtual reality simulations can teach students complex tasks in an immersive environment.
14. Engineers make design changes based on results from structural analysis simulations.
15. The crisis management team ran emergency response simulations to improve team coordination.
16. The astronauts trained physically and mentally using space mission simulations for months.
17. Students used cell biology computer simulations to visualize molecular interactions.
18. Earthquake engineers tested the building's design through seismic activity simulations.
19. The defense contractors developed military hardware using laboratory simulations and testing.
20. Manufacturers optimize production processes through factory workflow simulations.
21. Experiments are difficult and expensive, so scientists often rely on computer simulations first.
22. Plant growth simulations allow botanists to study plant responses to environmental changes.
23. Economic forecasters generate large numbers of market trend simulations to predict performance.
24. Students supplement listening practice through language learning software simulations.
25. Chemical process engineers design systems based on chemical reaction simulations.
26. The new chef practiced meal preparation using virtual kitchen simulations before opening night.
27. We ran traffic light timing simulations to determine the optimal cycle lengths.
28. The biologists created models of cellular processes and tested them using computer simulations.
29. Politicians use election outcome simulations to determine strategic campaign tactics.
30. The surgical resident trained using health care simulation scenarios before operating on patients.
31. Jury selection simulations help trial lawyers determine the probability of a given verdict.
32. Students learning to drive started with traffic situation simulations before going on the road.
33. The contractor used building construction simulations to optimize materials usage.
34. Cardiac patients received practice using a virtual heart simulator before their operation.
35. The accountants ran multiple financial statement simulations to determine risk exposure.
36. Physics students design and conduct virtual experiments using simulation software.
37. Business leaders use cash flow simulations to model outcomes under different conditions.
38. Doctors diagnose rare diseases using medical syndrome simulations for training purposes.
39. Researchers programmed complex neural network simulations to model human thought processes.
40. IT professionals test software applications using system failure simulations to ensure robustness.
41. The fashion designer created digital fabrics using textile design simulations before production.
42. Students learn physics concepts through hands-on simulation experiments rather than lectures.
43. Economists generate macroeconomic model simulations to predict market fluctuations and recessions.
44. Military strategists use war games simulations to determine the most advantageous attack plans.
45. Athletes prepare for competition using virtual reality sports simulations that mimic game conditions.
46. The marketing team ran new advertising campaign simulations before launching the real initiative.
47. Engineers use computerized design failure simulations to determine product safety and reliability.
48. The pilot received emergency landing practice through aircraft malfunction simulations.
49. Players improve their chess game using advanced game scenario simulations and artificial intelligence.
50. Landscape architects create model gardens using plant growth simulations before installation.
51. Students learn tissue development through embryonic growth simulations.
52. Futurists generate technology adoption curve simulations to predict social change.
53. The graphic designer created concept visualizations using virtual reality simulations before sketching.
54. Oceanographers create aquatic ecosystem simulations to study interactions of ocean organisms.
55. Students supplement traditional lab experiments with virtual lab simulations for extended practice.
56. Doctors study patient abnormalities using medical imaging simulations before X-rays.
57. The committee ran many disaster relief resource allocation simulations to determine the optimal plan.
58. NASA scientists generate countless spacecraft trajectory simulations to identify mission risks.
59. Teachers ask students to predict outcomes using virtual lab simulations before conducting experiments.
60. Trainees learn complex machinery operation through task simulation software before using real equipment.