談鎬生文集

科技論文
The aerodynamics of supersonic biplanes
Strength of reflected shock in Mach retiection
On laminar boundary layer over a rotating blade
A unique law for ideal incompressible flow with preserved pattern of finite separation
On motion of submerged cylinder
On source and vortex of fluctuating strength traveling beneath a free surface
Waves produced by a pulsating source traveling beneath a free surfanic
On optimum nose curves for missiles in the superaerodynamic regime
On optimum nose curves for superaerOdVnamic missiles
On a special bolza variational problem，and the minimization of superaerOdVnam
hypersonic nose drag
Nose drag in free—molecule flow and its minimization
Final—stage decay ofa single line vortex
Final stage decay ofgrid—produced turbulence
Study ofinhomogeneous turbulence
大陸板塊的經驗規(guī)律
光學共振腔穩(wěn)定性的普遍條件
巖石圈板塊的統(tǒng)一運動規(guī)律
板塊運動的統(tǒng)一經驗性規(guī)律和驅動機理
研究報告
The aerodynamics of supersonic biplanes of finite span
Second approximation to conical flows
On Mach reflection and strength of reflected shock
Solution of a singular boundary value problem by hydrodynamic construction
On expanding two dimensional flow solution in powers of a thickness Darameter
On the propagation of stress waves
Optimum bodies of revolution in diffuse free—toolecule flow
A study ofatmospheric turbulence and canopy flow
專著
Optimum nonslenderbodies of revnlutinn
部分手稿
Method Of strain energy
On nuid motion induced by an oscillating body traVeling beneath a free surface
On number Of distinct components Of a completely symmetric tensor Of rank m in n—space
Concellling components Of a Riemann—Christoflfel tensoi
L,ogarithemic potentials and theory 0ffunctions
A gener alized vauriational problem
0n the pIincilpie Ofthe finite part
有關科技方面論述
關于制定自然科學學科發(fā)展規(guī)劃會議的幾點意見
關于力學學科的基礎性和現(xiàn)代化
力學和它的發(fā)展
科普工作之我見
關鍵是調動大家的積極性
其身正不令而行
要在業(yè)務上進行具體的指導
沒有學術活動的研究室是沒有生命的
略論科學技術的現(xiàn)代化
力學是什么樣的學科
力學向何處去
力學向何處去
兩個文明并舉四化必勝
談談生物力學
力學到底是干什么的
我大半生實踐的一些感受
力學的展望——介紹“基礎力學”
與[科學家]的讀者談科學家
努力創(chuàng)造一個人才輩出人盡其才的新局面
正確對待新的技術革命
如夢六十年
談鎬生先生生平