General situation
Department of applied force, the existing teacher 13 people, including 3 professors, associate professor and senior engineer 5 people, a lecturer and engineer 5 people.In addition to bear all the theoretical mechanics, material mechanics, engineering mechanics, such as basic course teaching tasks, is also responsible for solid mechanics professional master, doctor graduate student training.
The department in 1982 to obtain a master's degree authorization centers of solid mechanics, 2007, received a doctor's degree authorization center solid mechanics, solid mechanics were training master of more than 100 people, more than 10 people, Dr Solid mechanics many graduates have become the backbone of the industry, education and so on all fronts.Now studying graduate student 28 people, a doctoral candidate in 12 people.

Scientific research achievements
In recent five years, the department of applied force, a total of 5 presided over by the national natural science fund projects, the ministry of education of institutions of higher learning 1 doctoral fund projects, 4 military cooperation projects, the central university 4 items of basic scientific research project,Monographs, textbooks published science 2;A provincial scientific and technological progress second prize was gained.In recent years in domestic and international academic journals published more than 100 SCI/EI retrieval thesis.

In recent five years as a project leader led the longitudinal project:
1, the substrate surface modification effect on the coating crack configuration rule and mechanism research, the national natural science foundation of China (No. 51171026), 2012.1 to 2015.12, 600000 yuan
2, with incomplete modal information of structural damage identification research, the basic scientific research in colleges and universities business expenses, 2012.1 to 2013.12, 50000 yuan
3, substrate surface laser discrete modified segmentation rule and mechanism of coating formation, the basic scientific research in colleges and universities were project (No. FRF - BR - 11-004 - a), 2011.5 to 2013.5, 100000 yuan
4, wall coating crack stress intensity factor weight function is a preliminary study of the basic scientific research in colleges and universities were project (No. FRF - BR - 11-040 - b), 2011.5 to 2012.5, 10000 yuan
5, considering the contact thermal resistance of the built-in high temperature heat pipe type non ablative thermal protection structure thermal coupling mechanism research, the basic scientific research in colleges and universities were project (No. FRF - BR - 10-007 - a), 2010.12 to 2012.11, 50000 yuan
6, periodic composite piezoelectric material CLP acoustic propagation characteristics, the national natural science foundation of China (No. 10972029), 2010.1 to 2012.12, 360000 yuan
7, wall coating of thermal cracking and spalling research, national natural science foundation of China (No. 10802007), 2009.1 to 2011.12, 220000 yuan
8, cylinder wall coating of thermal cracking and spalling research, ministry of education by the specialized research fund for the doctoral program of higher education (No. 20070008003), 2008.1 to 2010.12, 36000 yuan
9, the cavitation mechanism of metal materials under impact load and destruction behavior research, the national natural science foundation of China (No. 10772024), 2008.1 to 2010.12, 450000 yuan
10, phonon crystal structure of elastic wave band gaps, the national natural science foundation of China (No. 10672019), 2007.1 to 2009.12, 290000 yuan

Materials/books:
1. Pei-jun wei, the mathematical equation, the metallurgical industry press, 2012.
2. Pei-jun wei, integral equation and its numerical method, the metallurgical industry press, 2007.

The research direction
Department of applied force, the main research direction is:
1) extreme conditions of materials and structural mechanics
2) vibration and wave theory and its inverse problem
3) the coating/film mechanics
4) the mesoscopic mechanics
5) structure coupled thermo-mechanical analysis and thermal protection
6) advanced mechanics of materials