制冷与空调（四川）
製冷與空調（四川）
제랭여공조（사천）
REFRIGERATION & AIR-CONDITION
2014年
5期
593-597
,共5页
钱江帆%张月%洪啸%易利祥%朱步健%张兵%杨传山
錢江帆%張月%洪嘯%易利祥%硃步健%張兵%楊傳山
전강범%장월%홍소%역리상%주보건%장병%양전산
笔记本电脑水冷散热器%散热板%数值模拟%计算流体力学
筆記本電腦水冷散熱器%散熱闆%數值模擬%計算流體力學
필기본전뇌수랭산열기%산열판%수치모의%계산류체역학
Laptops water cooler%Heat dissipation plate%Numerical Simulation%Computational Fluid Dynamics
针对笔记本电脑散热问题设计了一种新型外置无强迫对流散热器，通过设置折流板和导流槽增大换热面积，采用实验和数值方法对散热器的结构参数及散热性能进行了研究。结果表明，研制的散热器具有较好的散热性能，可以满足CPU及GPU的散热要求。
針對筆記本電腦散熱問題設計瞭一種新型外置無彊迫對流散熱器，通過設置摺流闆和導流槽增大換熱麵積，採用實驗和數值方法對散熱器的結構參數及散熱性能進行瞭研究。結果錶明，研製的散熱器具有較好的散熱性能，可以滿足CPU及GPU的散熱要求。
침대필기본전뇌산열문제설계료일충신형외치무강박대류산열기，통과설치절류판화도류조증대환열면적，채용실험화수치방법대산열기적결구삼수급산열성능진행료연구。결과표명，연제적산열기구유교호적산열성능，가이만족CPU급GPU적산열요구。
A new type of external radiator without forced convection was designed to resolve Laptop cooling problem. The baffle plate and flow channel were added to increases the heat transfer area. Experimental and numerical simulation methods were used to determine the structural parameters of the radiator and cooling properties. The results showed that the development of the radiator has good thermal performance to meet CPU and GPU cooling requirements.
