Bernoulli's Theorem Apparatus
HYDROLOGY & HYDRAULIC ENGINEERING I LABORATORY
REPORT 3
TITLE : BERNOULLI’S THEOREM APPARATUS
NAME :
ID. NO. :
SECTION : 02
EXPERIMENT DATE : 10th December 2009
SUBMISSION DATE : 17th December 2009
GROUP NO. : 2
GROUP MEMBERS :
LECTURER :
LAB INSTRUCTOR :
TABLE OF CONTENT
Content | Page | Summary | 2 | Objective | 2 | Theory | 3 - 5 | Equipment/ description of experimental apparatus | 6 | Procedure | 6 | Data and observation | 6a | Analysis | 7,8 | Discussion | 9 | Conclusion | 10 | References, Appendix | 10 |
Summary The title of this experiment is the Bernoulli’s theorem apparatus. The objective of this experiment is to determine the relationship between pressure head, velocity head, and static head and compare it with Bernoulli’s Theorem. The total head of flowing liquid between two points remain s constant provided there is no loss due to friction no gain due to application of outside work between the two points. So basically the apparatus used for this experiment consist of a venture tube with different diameter at certain part, 8 tubes of water manometer, a rotameter, stainless steel tube and a stop watch to record the time of the water flow. The procedures are simple, after connecting the hydraulics bench outlet to the test set, the pump is started. Then adjust the flow rate to 10, 15, 20 L per minute. The flow rate and readings for each manometer should be taken and recorded in the table provided. The total head at any point is indicated on tube no.7. As for the result, we need to obtain the time needed for the flow to fill up 4L. Then we can calculate the flow rate followed by the velocity of the flow at any point. With the velocity of the flow for each point are known, thus we can calculate the velocity head for each point. As for the static head value is taken from the manometer readings. We can observe that even point 1 and point 8 have the same diameter but the flow rate manometer readings
REPORT 3
TITLE : BERNOULLI’S THEOREM APPARATUS
NAME :
ID. NO. :
SECTION : 02
EXPERIMENT DATE : 10th December 2009
SUBMISSION DATE : 17th December 2009
GROUP NO. : 2
GROUP MEMBERS :
LECTURER :
LAB INSTRUCTOR :
TABLE OF CONTENT
Content | Page | Summary | 2 | Objective | 2 | Theory | 3 - 5 | Equipment/ description of experimental apparatus | 6 | Procedure | 6 | Data and observation | 6a | Analysis | 7,8 | Discussion | 9 | Conclusion | 10 | References, Appendix | 10 |
Summary The title of this experiment is the Bernoulli’s theorem apparatus. The objective of this experiment is to determine the relationship between pressure head, velocity head, and static head and compare it with Bernoulli’s Theorem. The total head of flowing liquid between two points remain s constant provided there is no loss due to friction no gain due to application of outside work between the two points. So basically the apparatus used for this experiment consist of a venture tube with different diameter at certain part, 8 tubes of water manometer, a rotameter, stainless steel tube and a stop watch to record the time of the water flow. The procedures are simple, after connecting the hydraulics bench outlet to the test set, the pump is started. Then adjust the flow rate to 10, 15, 20 L per minute. The flow rate and readings for each manometer should be taken and recorded in the table provided. The total head at any point is indicated on tube no.7. As for the result, we need to obtain the time needed for the flow to fill up 4L. Then we can calculate the flow rate followed by the velocity of the flow at any point. With the velocity of the flow for each point are known, thus we can calculate the velocity head for each point. As for the static head value is taken from the manometer readings. We can observe that even point 1 and point 8 have the same diameter but the flow rate manometer readings
References: Hydrology and Hydraulic Engineering I Laboratory Lab Manual Appendix