Based on the development of field medical vehicle in the nation, this thesis is probed into the method of design of structural dynamic optimization that based on the finite element method.

Progress of MRF intelligent material and its application perspective in military medical vehicles;

Objective To develop room minipressure control system for medical vehicle to meeting the requirements for the pressure measuring and controlling of the compartment environment.

Virtual testing technology and its application to medical technical vehicle;

Based on tactical vehicle tactic technic Index system, synthetically utilized Delphi inquiry method and AHP method to confirm the weight of every level index, the paper discusses the method of multi-goal decision-making, then produces a method, making use of fuzzy synthetic decision-making model to make an optimistic choice for several projects.

Based on the tactics technique index system of tactical vehicles,according to the current situation of lacking index demonstration,technical project optimum seeking,quantitative analysis,it makes use of the Analytic Hierarchy Process and MATLAB to determine every index\'s weight,then sequences and analyzes the weights.