爱学术-智能检索

模型制作

ISBN：9781330078556，出版年：2016，中图分类号：T

Have a knack for building things, an interest in constructing models, or enjoy tinkering with machines? Then the practical guide Model Making, Including Workshop Practice, Design and Construction of Models: A Practical Treatise for the Amateur and Professional Mechanic/ should be a part of your book collection. Raymond Yates was the editor of Everyday Engineering Magazine/, a perfect position from which to give advice and instruction.This guide is for people who like to build and engineer everything from models, cranes, guns, boats, trains, engines and a host of other things that require model-making. As Yates points out on the very first page, model-making is really model engineering - engineering in miniature. That's why the book is equally useful for hobbyists and professionals and anyone with skill sets in between. The first chapter describes everything you would need to set up a perfect workshop, from lighting and heating to the essential pieces of equipment. Subsequent early chapters are devoted to specific skills - such as lathe work, drilling, soldering, working with steel, abrasives, pattern-making and electroplating. The drawings accompanying this section really amplify the instructions, as Yates shows the reader what a good lathe looks like compared to a damaged one, for example.The next chapters deal with different engines, including a side-crank steam engine, and twin and single-cylinder engines. Mechanics and aspiring mechanics will really enjoy the drawings and explanation of how these machines work. Model trains enthusiasts will get a lot of information from these chapters as well.The book then covers flash steam plants and their uses in model airplanes, followed by steam turbines and boilers, submarines, cranes, hoists, gyroscopes, tanks and guns. These chapters contain everything a hobbyist would want to know to create accurate and working model trains, related machines and general scenes. Yates explains that each model works if it is made precisely to the specifications outlined in the book.There are 300 drawings and photographs of the models and machines in the text. The book's strength is explaining how to do certain tasks and how to make certain things in specific, easy to understand terms with accompanying photos and drawings. For example, the drawing of a properly completed model boiler both teaches the reader how a real boiler works and how a properly constructed model should look after it is complete.Model Making, Including Workshop Practice, Design and Construction of Models: A Practical Treatise for the Amateur and Professional Mechanic/ is a must-read if you enjoy model-making, engineering, mechanical instruments, design and for general interest.

Probit model Ising model Drude model Gis model Provider model Rasch model Execution model Surrogate model Building model Cloth modeling

Modeling Microbial Responses in Food

模拟食物中微生物的反应

CRC Press

ISBN：9780367394653，出版年：2003，中图分类号：TS2 被引 305次

EXPERIMENTAL DESIGN AND DATA COLLECTION, M. Rasch Experimental Design Data Collection Conclusion References PRIMARY MODELS, R.C. McKellar and X. Lu Growth Models Survival Models References SECONDARY MODELS, T. Ross and P. Dalgaard Introduction Secondary Models for Growth Rate and Lag Time Secondary Models for Inactivation Probability Models Characterization of Environmental Parameters Affecting Microbial Kinetics in Food References MODEL FITTING AND UNCERTAINTY, D.A. Ratkowsky Overview Model Fitting Uncertainty in Lag Times, Generation Times, and Its Consequences Epilogue Appendix References CHALLENGE OF FOOD AND THE ENVIRONMENT, T. Brocklehurst Role of Food Heterogeneity Modeling the Food Environment Hurdle Concept Competition with Other Microorganisms Adaptation and Injury Validation in Foods References SOFTWARE PROGRAMS TO INCREASE THE UTILITY OF PREDICTIVE MICROBIOLOGY INFORMATION, M. Tamplin, J. Baranyi, and G. Paoli Introduction Model Interfaces Databases Expert Systems Conclusions References MODELING MICROBIAL DYNAMICS UNDER TIME-VARYING CONDITIONS, K. Bernaerts, E. Dens, K. Vereecken, A. Geeraerd, F. Devlieghere, J. Debevere, and J.F. Van Impe Introduction General Dynamic Modeling Methodology Example I: Individual-Based Modeling of Microbial Lag Example II. Modeling Microbial Interaction with Product Inhibition Conclusions Acknowledgments References PREDICTIVE MICROBIOLOGY IN QUANTITATIVE RISK ASSESSMENT, A.M. Lammerding and R.C. McKellar Introduction Assessing Microbial Risks Role of Predictive Microbiology in QRA Scope of Risk Assessments Process Risk Modeling Examples of Risk Modeling Modifying Risk: Concentration vs. Prevalence What is the Right Model to Use? Future Directions Conclusions References MODELING THE HISTORY EFFECT ON MICROBIAL GROWTH AND SURVIVAL: DETERMINISTIC AND STOCHASTIC APPROACHES, J. Baranyi and C. Pin Introduction Modeling the History Effect at Population Level (Deterministic Modeling) Modeling the History Effect at Single-Cell Level (Stochastic Modeling) Concluding Remarks Acknowledgment References MODELS - WHAT COMES AFTER THE NEXT GENERATION? D.W. Schaffner Introduction Cross-Contamination Inoculum Size Modeling Cross-Contamination and Inoculum Size Summary References PREDICTIVE MYCOLOGY, P. Dantigny Introduction Concerns Mold Specificities Models Perspectives References AN ESSAY ON THE UNREALIZED POTENTIAL OF PREDICTIVE MICROBIOLOGY, T. McMeekin Introduction A Short History and the Philosophy of Predictive Microbiology The Basics of Predictive Modeling Addressing Concerns in Predictive Modeling Modeling Fungal Growth Application of Predictive Microbiology Concluding Remarks Acknowledgments References Index

Rasch model System dynamics Risk assessment Econometrics Process (engineering) Operations research Engineering History effect Lag time Microbial interaction Microbial kinetics