Occupants - Globe Thesis

Keyword [Occupants] Result: 41 - 60 \| Page: 3 of 4
41.	Research On Head And Neck Injury And Protection Of Three-year-old Children's Occupants In Side Collision
42.	A Method For Real-time Prediction Of Building Occupancy Based On Hidden Markov-random Forest Model
43.	Quantitative Study On Indoor Thermal Adaptation Behaviors Of Occupants Based On Skin Temperature
44.	Research On Operational Performance Improvement Of Green Office Buildings In Zheiiang Province Based On Occupants' Subjective Evaluation
45.	Research On The Injury Prediction Algorithm And The Terminal Design Of Advanced Automatic Crash Notification System
46.	Study On The Injury Response Difference Of Occupants With Different Characteristics In Vehicle Frontal Impact
47.	Study On The Damage Of Thin-wall Long Rod Structure To Vehicle Lamps And Occupants' Lower Limbs Based On Collision Isolation Guardrail
48.	Research On The Thermal Environment Investigation Of The Nanjing Subway Carriage In Summer And The Thermal Comfort Modeling Research Of The Occupants
49.	Statistical modeling and analysis of injury severity sustained by occupants of passenger vehicles involved in crashes with large trucks
50.	Crash incompatibility: Cars versus light trucks and vans
51.	Predicting respiratory health symptom occurrence in office building environments
52.	Study of rear impact in light trucks and potential injuries to the occupants
53.	Design and analysis of a composite beam for side-impact protection of occupants in a sedan
54.	Role of seat design factors and biodynamic characterization of seated occupants under horizontal vibration
55.	Balancing comfort: Occupants' control of window blinds in private offices
56.	Injury severity to occupants in real-life side impact crashes for small sedan
57.	Effective Daylighting: Evaluating Daylighting Performance in the San Francisco Federal Building from the Perspective of Building Occupants
58.	Impact of building rezoning and change of use on energy consumption and occupants' thermal comfort
59.	Effects of vegetation, structural and human factors on the thermal performance of residences in a semi-arid environment
60.	Rating intelligent buildings: Occupants' assessment of HVAC control system's intelligence
<<First <Prev Next> Last>> Jump to