Product Introduction：
This product is designed to be used in conjunction with a basic experimental platform for fluid mechanics to understand and conduct experimental research on Reynolds numbers in “Fluid Mechanics”. The experimental device is fully transparent and visually displays three different flow states: laminar flow, transition flow, and turbulence, through tracer flow and basic flow. It also calculates Reynolds numbers for various flow states to verify the Reynolds number range of laminar flow turbulence and turbulent flow to laminar flow. It is equipped with a water temperature adjustment module to conduct different water temperature experiments and understand the influence of viscosity coefficient on flow states.
detailed information
| PRODUCT MODEL | H102 | product name | Reynolds Number Determination Experiment Apparatus |
| Product specifications | Length 550mm/Width 550mm/Height 1320mm | product material | Fiber reinforced plastic (fiberglass) |
| Usage environment | 0 ° C<Temperature<100 ° C | Input power supply | not have |
| Belonging series | fluid mechanics | Cooperate with modules | H100 |
| Experimental function： |
| 1、Can be used to observe various flow patterns of liquids during flow; 2、Can be used to study the distribution of fluid velocity in pipelines under different flow states; 3、The relationship between the flow pattern and Reynolds number Re, as well as the critical Reynolds value, can be determined (real experimental data and steps must be provided during bidding, with an error of less than ± 5% between actual data and theoretical comparison); 4、Can be used for experimental analysis of flow state discrimination criteria inside circular pipes; 5、Can be used to understand the methods of using dimensionless parameters for experimental research in classical fluid mechanics, and to understand their practical significance; 6、Equipped with a heating module, experimental research can be conducted on the effect of liquid viscosity on Reynolds number Re at different temperatures; |