谈镐生文集

　　本文集收入了著名力学家、应用数学家、中国科学院院士谈镐生先生在流体力学、稀薄气体动力学和应用数学研究领域的论文和研究报告26篇，谈镐生先生倡导和支持力学基础研究的有关文章和论述21篇，谈先生的学术活动和生活图片多幅，以及谈镐生先生生平，最后附有谈先生生平年表。

暂缺《谈镐生文集》作者简介

科技论文
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
大陆板块的经验规律
光学共振腔稳定性的普遍条件
岩石圈板块的统一运动规律
板块运动的统一经验性规律和驱动机理
研究报告
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
专著
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
有关科技方面论述
关于制定自然科学学科发展规划会议的几点意见
关于力学学科的基础性和现代化
力学和它的发展
科普工作之我见
关键是调动大家的积极性
其身正不令而行
要在业务上进行具体的指导
没有学术活动的研究室是没有生命的
略论科学技术的现代化
力学是什么样的学科
力学向何处去
力学向何处去
两个文明并举四化必胜
谈谈生物力学
力学到底是干什么的
我大半生实践的一些感受
力学的展望——介绍“基础力学”
与[科学家]的读者谈科学家
努力创造一个人才辈出人尽其才的新局面
正确对待新的技术革命
如梦六十年
谈镐生先生生平