A collection of scaling equations, weight statements, scaling factors, etc., useful for doing conceptual designs of spacecraft are given. Rules of thumb and methods of calculating quantities of interest are provided. Basic relationships for conventional, and several non-conventional, propulsion systems (nuclear, solar electric and solar thermal) are included. The equations and other data were taken from a number of sources and are not at all consistent with each other in level of detail or method, but provide useful references for early estimation purposes
This study is a first look at the problem of building a lunar lander to support a small lunar surfac...
A series of lunar gravity analyses were carried out using unified S-band tracking network data obtai...
Tests conducted with a vehicle system built at the Marshall Space Flight Center to investigate some ...
Technical models and analytical approaches used to develop the weight data for vehicle system concep...
The Space Transportation Nodes Assumptions and Requirements task was performed as part of the Advanc...
Force measurement and weighing problems in rocket and space vehicles - NASA speec
The actual calculations of mass properties, costs, and uncertainties are presented for the final ref...
Several series of spacecraft were developed, designed, built and launched to determine different cha...
Summarized is a study which satisfies the need for improved scaling laws for stage inert mass of spa...
Lunar shelter/rover conceptual design for lunar mobile laboratory /Molab/ Apollo project Logistics S...
Analysis of weight parameters influence on propulsion requirements of orbit-launched vehicle
Data describing the individual NASA payloads for the space shuttle are presented. The document repre...
Combination of fuel cell system and nuclear radio isotope system to provide electric power for lunar...
The design, development, manufacture, test and calibration of five lunar orbital mass spectrometers ...
This volume of the final report on the unmanned Multiple Exploratory Probe System (MEPS) details all...
This study is a first look at the problem of building a lunar lander to support a small lunar surfac...
A series of lunar gravity analyses were carried out using unified S-band tracking network data obtai...
Tests conducted with a vehicle system built at the Marshall Space Flight Center to investigate some ...
Technical models and analytical approaches used to develop the weight data for vehicle system concep...
The Space Transportation Nodes Assumptions and Requirements task was performed as part of the Advanc...
Force measurement and weighing problems in rocket and space vehicles - NASA speec
The actual calculations of mass properties, costs, and uncertainties are presented for the final ref...
Several series of spacecraft were developed, designed, built and launched to determine different cha...
Summarized is a study which satisfies the need for improved scaling laws for stage inert mass of spa...
Lunar shelter/rover conceptual design for lunar mobile laboratory /Molab/ Apollo project Logistics S...
Analysis of weight parameters influence on propulsion requirements of orbit-launched vehicle
Data describing the individual NASA payloads for the space shuttle are presented. The document repre...
Combination of fuel cell system and nuclear radio isotope system to provide electric power for lunar...
The design, development, manufacture, test and calibration of five lunar orbital mass spectrometers ...
This volume of the final report on the unmanned Multiple Exploratory Probe System (MEPS) details all...
This study is a first look at the problem of building a lunar lander to support a small lunar surfac...
A series of lunar gravity analyses were carried out using unified S-band tracking network data obtai...
Tests conducted with a vehicle system built at the Marshall Space Flight Center to investigate some ...